Electronics – Foxes Den

Canon EOS 1D MkIV

Two late production Canon EOS1D MkIV cameras, both heavily used ex-syndicate sports photographers cameras. Do they work? Can they be repaired?

I’ve been approached by an old colleague who used to be a syndicated sports photographer, he had a number of items he wanted to “get rid off” as they were just taking up space in his new house. “Would you be interested?” You betcha, so as a result I’m now the owner of a complete Bowens lighting system, two Canon EOS 1D MkIV cameras and a Canon EOS 5D MkII camera.

My days of fussing and farting about with lighting rigs has now long passed, so I know a youngster starting out in the business who is a very talented young fellah, I have donated this equipment to him and he will certainly have a use for this lighting setup. He has been approached and accepted the offer, I think he is quite happy with his new acquisition, here’s hoping his talents continue to flourish.

However the cameras are mine as no one wants this old stuff anymore 😂

Having already in the past, repaired a film version of the EOS 1 here: Canon EOS1 N HS I have now become the owner of two Canon EOS 1D MkIV versions, the digital upgrade of this superb camera. This post covers the assessment of the 1D’s the 5D can be found here: Canon EOS 5D MkII

To test these two beauties I’m going to have to invest some money into my equipment store. These cameras take a battery that neither came equipped with, an EP4 battery that currently costs around £19.00GBP per unit. On top of that a charger is required costing approximately £23:00GBP so there will have to be an outlay of approximately £42:00GBP just to get these units tested. Is it worth it? Yes, I think it is, I will then have a spare battery and charger for future use, and if the cameras don’t work? I can then sell them on or use them for spare parts as they have cost me absolutely nothing. When I go through the assessment and repair of these cameras I will refer to them one camera at a time. The camera that has stickers on the top of the camera pentaprism area will be referred to simply as “One” whilst the other will be “Two”. Nice and uncomplicated.

But first here is a little bit of information regarding this camera, the Canon EOS-1D MkIV.

The EOS-1D Mark IV is a professional 16.1 effective megapixels digital single lens reflex camera (DSLR) camera body produced by Canon. The EOS-1D Mark IV is the successor of the Canon EOS-1D Mark III and was announced on 20 October 2009, just four days after Nikon announced the D3s. It used to be the only Canon APS-H format DSLR to feature HD video recording at 1080p resolution.

It was discontinued in mid-2012 with the introduction of the Canon EOS-1D X, which replaced both the EOS-1D Mk IV and the EOS-1Ds Mk III.

It received a Gold Award from Digital Photography Review.

Features:

27.9mm × 18.6mm; 16.1 effective megapixels APS-HCMOS sensor

Dual DIGIC 4 image processors

Canon EF lens mount (excludes EF-S)

New autofocus module (45 AF points with 39 cross-type AF points)

Integrated sensor cleaning system

1.3× crop factor

100–12800 ISO speed equivalent (expandable to L: 50, H1: 25600, H2: 51200 or H3: 102400)

30–1/8000 sec. shutter speed and bulb

Shutter unit tested to 300,000 cycles

Auto Lighting Optimizer

Magnesium Alloy weather sealed body

Eye-level pentaprism viewfinder with approx. 100% coverage at 0.76× magnification

Live preview mode

3.0 in, 920,000 dots Clear View II TFT color, liquid-crystal monitor with 160° viewing angle

10 frames per second continuous shooting (Large JPEG: max. 121 frames, raw: max. 28 frames)

Dimensions (W×H×D): 156 × 156.6 × 89.9 mm

Wikipedia

Assessment:

I’ve had to bite the bullet and purchase a battery and charger to be able to test these cameras. Look at it as an investment. As promised the assessments will include exactly the same checks, but they will be done individually.

I want to check shutter counts and firmware versions, but to carry out these tests I really do need power in the units. Clock backup batteries are installed on these cameras and these will need to be checked to see if they are still effective as I’ve no idea how long ago they were changed.

Camera one:

Here are the pictures:

I can pretty much pinpoint the last time this camera was used, as in the CF card slot there was a 16GB card installed and when downloaded there were six photos on the card, below you can see two of these images.

The photos show a football ground, it’s the Queen’s Park rangers ground in London, and you can see the Stanley Bowles stand just to the right. The photographer is in the usual position where you would find sports photographers attending a football match. The exif data in the photo gives the date as 30th August 2022, and if you check records you will see that QPR were Playing Hull City that evening, and QPR were the winners 3-1. We have a date that informs us this camera was last used almost four years ago. Interesting isn’t it?

So of the two cameras this one seems to have had the hardest life, I very much suspect this one is the older camera (it is I have checked the Canon database and it’s construction date is June 2013, the second camera is October 2014) This date may seem contradictory due to the fact the production run officially ceased in 2012, It is very possible for a Canon EOS-1D Mark IV to have a 2014 manufacturing date, even though the camera was officially withdrawn in late 2012. Professional cameras often have long production runs that continue well after their retirement date. Cosmetically it appears the most beaten up and used, with a number of old press pass stickers in the pentaprism area. There are no signs though of deep gouges or cracked and damaged metal so I’m confident this camera has not been dropped. It has had a tough life. It’s a tough camera though.

The CF card and SD card holders are both in a good condition, both accept cards without having to use any force and all pins are in a good condition, I’m confident there are no issues in the memory card area.

The clock battery is accessible at the point where the main battery fits in to place.

The battery is a CR2025 lithium coin cell. When tested the battery has a value of 3.028V. This is a sufficiently good charge for its purpose and is good seeing that this camera has not been used for the last four years.

Moving on I’m looking in the lens barrel and the pentaprism and both mirror and viewfinder are extremely clean and clear. The rugged, bruised exterior has protected the delicate, clean and tidy interior. It certainly is a very well constructed camera.

The next thing I do is test the actual workings of these cameras, however that can’t be done until later today when the battery and charger that I ordered a couple of days ago arrives.

The battery and charger has arrived:

First thing I have done is to put the battery in its uncharged state, into the cameras just to see if there is life and the news is good with both. This Camera, number one has the following information.

It was the most beat up camera and it does have the highest shutter count at 283,976 actuations, the shutter life cycle of these cameras is 300,000 actuations as tested by Canon, so it is a very high count but still has a bit of life in it before it reaches the potential shutter count ceiling.

The good news is that this actual camera does have the latest firmware update of 1.1.5 so at least that doesn’t have to be downloaded and installed.

Battery now fully charged I have finally been able to put this camera through its paces test wise. And hells bells I’m so impressed. It was already set in quick fire mode so when I pushed the shutter button I was shocked to see just how quick this camera responded. It was rattling off shutter actuations at a breath taking 10 frames per second, wow, the sound was amazing!

10fps mode….impressive

It’s not hard to see why you can get such a high shutter count on these cameras with such shutter activity, it absolutely makes sense why these cameras are used in high speed activities such as sport and wildlife photography.

All displays are working as normal, all button actions and dials are doing exactly what they should be doing. This camera is in a good healthy condition.

As an older camera it is packed to the rafters with settings and possibilities, there is so much to learn around its operation, its capabilities and settings. It’s built like a tank, weighs a ton, makes a lot of camera noise that I relate with the good old days and I just absolutely love it.

Even the shutter bumper foam is in good condition and does not require replacing yet.

Camera two:

Here are the pictures:

Camera two is only 16 months younger than camera one, and you can see that difference in cosmetic condition immediately. The wear and tear on this model is considerably less than that found on its counterpart. This camera had no CF card inside so there was no way of putting a last used date on this one.

As with camera one there are no signs of the camera being dropped, no damage to the metal casing being cracked and no sharp dents visible. The Cf card and Sd card holder both take cards without any force having to be applied, and all pins are in a good order. I’m confident there are no issues in the memory card area.

The clock battery reading is a very low 4.5mV it is very dead. I have therefore replaced this with a CR2025 3V lithium coin battery reading a lot healthier 3.30V.

Again as in camera one, the viewfinder and mirror are both very clear and the lens barrel is very clean, having been protected by the rugged camera exterior.

Weird face in the mirror – it’s clean though

With the new battery that had just arrived installed, it kicks into life and I am then able to get the following information from the camera.

This camera in comparison to Camera one has a really low shutter actuation count of 72,186. The tested shutter count by Canon is 300,000 actuations, so this camera still potentially has a lot of life left in it.

The camera firmware will need to be updated to the latest firmware of 1.1.5 as it currently has a slightly older firmware installed of 1.1.0.

Ok, I’ve downloaded the firmware file and extracted it to the CF card I’m using in the camera. Let’s get it installed.

The camera firmware is now updated.

As in camera one, with the newly charged battery installed the immense high speed of the shutter is highly impressive. All buttons, dials and switches function as they should and all displays are clear and sharp in appearance.

All serviceable parts remain in a good condition, even the mirror bumper foam is in a good state and does not require attention yet.

Repair:

I’m now going to condense this section into a mix of both cameras. It’s a bit of an anti climax for anyone wanting to see a meaty repair post as that’s just not going to happen here. Both these cameras, though used and in one case extremely highly used, have both been maintained and looked after during their life. So for me my job has been easy, and going forward I will just maintain them in a similar manner.

I see absolutely no point in tampering with them now, they are working just fine and are in a perfectly good condition. Their construction is so solid with their metal weather sealed bodies, that the last thing I want to do is compromise that construction and security just to fill space in a post..

All I’m going to do at this point is polish both cameras. Camera one with its beaten up body and press pass stickers is just going to stay like that, I want that to remain as a constant reminder of its use, and its purpose as a high usage press photographers camera, it’s a work of art in itself and that’s how it will stay. Camera two, again will jut be polished, it’s the more acceptably presentable “Cosmetically” camera and with its lower shutter count and will probably be the unit i will concentrate on using myself.

A few pics from the two of them:

I’m only using very basic test lenses on these units and I must admit, even with basic optics the visual returns are quite impressive. The colours are so rich, and I love that there is also the setting to do some pure black and white shots if you so wish.

This is my new (Old) favourite camera. Why do I just fall in love so easily ❤️

When these cameras first came out they were commanding a price of around £4,000.00GBP and people were more than happy to pay that cost.

Here I am a few years later and I have been gifted two of them for the grand old price of…..Nothing.

I’m a lucky old fellah I’d say.

Result:

I present to you, two wonderfully heavy, cumbersome, noisy and beautifully constructed pieces of photographic history, and both are an absolute joy to behold.

My new long term relationship has just begun (Don’t tell the wife 😂) and I am so looking forward to getting these cameras out to a sports or wildlife watching event. To many, I know they will say, why do you want to carry one of those around, why not go mirrorless? Well, I’ve got that gear as well but I hardly use it. I’m an old 80s-2000s guy who loves the old technology, just like I love old noisy aircraft, I love to hear a camera working, it puts a smile on my face. And the chances of me owning one of these beauties when they first came out was an absolute zero. Now I have two, and I have some serious catching up to do.

Thanks for passing by, as always it’s very much appreciated.

Stay safe.

Canon EOS 5D MkII

My second chance at reviving a DSLR from 2008, the Canon EOS 5D MkII. Will I have a little more success with this one?

My days of fussing and farting about with lighting rigs has now long passed, so I know a youngster starting out in the world who is a very talented young fellah, I have donated this equipment to him and he will certainly have a use for this lighting setup. He has been approached and accepted the offer, I think he is quite happy with his new acquisition, here’s hoping his talents continue to flourish.

However the cameras are mine as no one wants this old stuff anymore 😂

This post focuses on the repair of the Canon 5D MKII, the repair of the EOS 1D MKIVs can be found here: Canon EOS 1D MkIV There is also a link to my first attempt at a Canon EOS 5D Mk2 and here is the actual assessment of that camera and the issues experienced with it Canon EOS 5D MK2 assessment and repair, I failed with this repair due to it having sensor issues, so sold it on at a small profit, i’m hopeful that this new attempt at the 5D will bring better results.

Let’s hope this camera acquisition comes with a better outcome. Whereas the other two 1D cameras i received in this package have required me to to purchase a new battery and charger, I do already have a number of LP-E6 batteries and a charger in my possession, so there is no initial outlay required to test this camera. We are off to a good start here and should be easily able to diagnose any issues fairly quickly.

Anyway, before we assess the camera, here is a little bit about the Canon EOS 5D MkII.

The Canon EOS 5D Mark II is a 21.0 effective megapixel full-frame CMOS digital single-lens reflex camera made by Canon, the first Canon EOS camera to have video recording capabilities. It succeeds the EOS 5D and was announced on 17 September 2008.

On 2 March 2012, Canon announced the camera’s successor, the Canon EOS 5D Mark III. On 24 December 2012, Canon Japan moved the camera to their “Old Products” list, effectively discontinuing the camera.

The Canon EOS 5D Mark II is a full-frame camera and requires Canon EF-mount lenses. It is not compatible with EF-S lenses (which are for APS-C crop sensors).

Features:

21.0 megapixels (5,616 × 3,744 pixels), compared to 12.8 megapixels (4,368 × 2,912 pixels).

DIGIC 4 image processor, compared to DIGIC II.

100 to 6400 ISO (expandable to L (50), H1 (12800), H2 (25600)), compared to 100 to 1600 (expandable to L (50), H (3200)).

3.9 frames per second continuous shooting (78 JPEG or 13 Raw in a single burst), compared to 3 frame/s (60 JPEG or 17 Raw).

Small Raw modes: sRAW1 mode (10 megapixel/3861 × 2574 pixels), sRAW2 mode (5.2 megapixel/2784 × 1856 pixels).

98% viewfinder coverage with 0.71× magnification, compared to 96% coverage.

Larger 3.0-inch (76 mm) LCD with 920,000 pixels, compared to 2.5-inch (64 mm).

1800 mAh LP-E6 battery, compared to 1390 mAh BP-511A.

New features

Movie recording full HD at 1920 × 1080 and SDTV at 640 × 480 resolution.

Monaural microphone for audio during video recording, speaker for playback and microphone jack for external stereo microphone

Live preview with ExpSim LV “exposure simulation” live preview (full exposure preview control utilizing ExpSim LV, a first for video in a DSLR)

Live preview with contrast-detect autofocus

HDMI video output for live preview or playing clips and images on an external monitor via Type C MiniHDMI port

Dust reduction system to perform automatic sensor cleaning

Battery management software

Key Lifespan Factors:

Shutter Rating: 150,000, though this is considered conservative by users.

Real-world usage: Many cameras show failure rates increasing closer to the 100,000–150,000 range, but many exceed it significantly.

Longevity: Some, though rare, individual cameras have recorded over 2 million shots.

Repairability: The shutter mechanism can be replaced if it fails, which may extend the camera’s life further.

Component failure: Other parts, such as the power board or rubber grips, may fail before the shutter.

Common Issues:

Rubber grips: Rubber grips can become loose over time.

Button/Dial functionality: Buttons and dials may wear out over long periods of use.

Sensor maintenance: Regular sensor cleaning is needed to maintain performance.

The 5D Mark II is the first camera in the EOS line to provide video recording functions. Still photography during video recording is possible, but the camera suspends recording video until the final still frame is captured.

The lithium-ion battery for the 5D Mark II (LP-E6) has an 1800 mAh capacity. Each battery contains a microchip with a unique identifier for reporting charge status and battery health for display on the camera. The 5D Mark II’s “Battery Info” screen can track battery health and shooting history for up to six LP-E6 batteries.

The camera has native ISO values of 100 multiplied by a power of 2; other ISO values are obtained by a digital exposure push (ISO values that are multiples of 125) or digital exposure pull (ISO values that are multiples of 160). The digital exposure push ISO is 1/3 stop greater than the native ISO, and a digital exposure pull ISO is 1/3 stop less than the native ISO. The digital exposure push ISO settings produce more noise than the native settings with a reduced dynamic range, and the digital exposure pull ISO settings produce less noise than the native settings.

Wikipedia

Assessment:

The camera has arrived and here are my first thoughts. But first some pictures.

Just holding the camera and looking around it, you can see it has been well used over the last eighteen years. There are chips and scuffs, but nothing excessive, and certainly no “hard” dents that would indicate it has been dropped at anytime. The top LCD panel has a scuff on it, but this doesn’t stop any information being read.

The battery contacts are clean and there is just a small rubber cover missing on a connection that is on the base of the camera. All switches and buttons appear to operate as intended, everything is there and the exterior appears to be used, but in a good condition.

The lens barrel appears to be clean, the mirror and focus screen have a little dust and dirt on them however this is an easy clean. The shutter is closed underneath the mirror ensuring the sensor stays isolated from the outside world. I won’t be able to check how this is until I have a battery installed.

Batteries. As I have stated above I do have compatible batteries for this camera. This camera has a battery management system installed that communicates with the original “Canon” batteries that report back on their charge status amongst other information. However my batteries are not Canon originals and are in fact third party ones that don’t have the ability to communicate as original batteries would. That said, they are more than capable and usable. I just know that the very second I put the battery in and turn the camera on, it will show some kind of battery communication error on the rear screen. It’s ok though as we can opt to ignore that warning, click ok, and just get on with things, with no issues to the general operation of the camera.

Let’s do a little digging around. I’ve downloaded a little program that appears to be quite popular, to try and find exactly how many times the camera shutter has been activated in its lifetime, (still photo count – not including video). Here is that count.

I guessed the count would be high as it was the previous camera of a syndicated sports photographer, I just wasn’t quite expecting this high. But who am I to complain when I have received this camera for free. if you read the camera specs in the paragraphs above, the expected lifespan of the shutter is around 150,000 actuations, however the photographic community tends to question this figure. Some cameras have gone into the millions with shutter counts, however this one will plod on with me on much lower figures, if I get it working. I don’t know its service history, it’s a rugged built heavy use camera, that will go on for years if looked after properly. And that’s what I intend to do with it.

Another piece of information that can be obtained from the piece of software above is the firmware version. The current installed version is 2.0.7 and that was installed sometime in 2010. The latest and last version is 2.1.2 that was released in 2012. I will attempt to update this cameras version of firmware to the final updated one.

I think I’ve had a good assessment with this camera, I know what needs looking at so let’s get on with giving it a little TLC to ensure it will go on working for a few thousand more shutter actuations, I’ve got to try and get this camera to the 1/4 million mark at least!

Repair:

The first thing I want to do, is to look into why, when you input a date into the camera, the information disappears as soon as the camera is turned off and turned on again? This is a simple issue, easily located and soon rectified. These cameras normally have an additional battery buried somewhere in the camera that acts like a cmos battery in a computer. It simply supplies a small charge that maintains dates and program settings when the camera is an a sleep mode, instantly reinstating the correct information when the camera is switched on again.

And this camera is no different.

A single coin cell CR1616 battery is what does the job in this camera, its life span is usually around five years. So let’s check this one out as I suspect it has failed. It is located on the bottom of the camera on the opposite side of the main battery chamber, below two rubber accessory panels.

The CR1616 battery is a 3v lithium coin cell. Using a multimeter I was able to confirm that this one was well and truly depleted as it was only holding a charge of 99.3mV. The new battery cell was holding a much more acceptable charge of 3.3V.

With the new coin battery in place, I’ll reset the date values and test that the battery is doing its job, by powering the unit up and down a few times.

As you can see in the picture above, I’ve managed to update the settings, and when the unit is shut down and restarted the information remains. Hence the new clock/cmos battery is working fine.

Next let’s try to update the firmware to the latest release. This small video below shows how easy this task can be. This particular file in the video is for an earlier, older update, however the principle is exactly the same for all camera updates with Canon.

Updating firmware on a Canon Eos5D MkII

Following the recommendations in the video above I have downloaded the latest firmware update file and extracted its content to the freshly formatted CF card for the camera.

The whole process was followed exactly as laid down in the instruction video, and it went as expected. The update was successful.

The camera is now correctly updated to the most recent firmware. I can now progress to doing some final checks in the lens barrel area prior to moving on and checking the functionality of the camera with a lens in place.

The mirror bumper felt is in good condition and does not need replacement. I have blown out the barrel and inspected the sensor and that is clean and needs no attention.

Final touch is that I have printed off a cover for the hotshoe flash holder.

Time to get the battery installed in the camera, along with a formatted CF card, and I’ve also put a stock 28-80 EF lens on the front to test. And here are some of those pictures taken to test, just around my garden.

And I am so damned impressed. It’s only a basic lens but the tonal quality, sharpness and colour has really shone through. The camera has worked perfectly, I’ve used it in auto mode, shutter priority and aperture priority and all works fine. When I use the video mode, all is fine but the basic lens when you telescope, can be heard throughout the video, not really an issue just an observation, hence why people invest in the higher end optics. For testing purposes though, this lens has performed perfectly. I’d be more than happy to venture out for a picture session with this setup.

Every setting on this camera has been tested and it has passed with flying colours. My job here is done.

Result:

A far better result than my last attempt on this specific type of camera. This time around the sensor has performed perfectly and remains in good order, hopefully for quite a time yet. It would be good to see it go through the 250,000 exposures count, and seeing that it’s only about 6,600 exposures away I don’t foresee it being a hard to achieve target. I’m going to get some good use out of this camera, I’m currently looking at taking it to a local nature reserve to see what can be photographed. I’m quite looking forward to that.

The finished camera in all its loveliness

A final polish and this project can now be put to bed. Onto the next one.

Many thanks for passing by, it’s always very much appreciated.

TTS IT00617 digital camcorder/camera

I purchased these three damaged Camcorder/Cameras for a very low price. Will they be fixable or just good for spare parts. Let’s see…

What the listing stated:

TTS IT00617 Digital Camcorder Camera

Full HD pocket camcorder that records in 1080P and can take 5 megapixel photos.

2″ TFT colour screen. Charges via in-built flip-up USB plug.

Cameras appear to be faulty. One has a corrupt screen, the others boot and show the camera feed but give a “card error” no matter what SD card I install.

EBay

The seller wanted £10:00GBP for these three camcorder/cameras but I was not prepared to pay that, for what potentially could be three pieces of junk, only good for parts. So I cheekily put in a £4:00GBP bid that was accepted straight away, the seller really wanted rid of these, I suspect they are junk, we’ll just have to wait and see.

TTS IT00617 digital camcorders – displaying their faults

From the information I can find that is available online, these units are handed out to children partaking in key skills programs within schools, to use when recording project work they are completing as part of the school’s curriculum. From what information I can gather, it appears these units were introduced around 2014, as that’s when the instruction manual is dated. They may only be around 12 years old but I suspect they have had a very hard life in those few short years. Hence they are very probably knackered, mistreated, and may well be just junk. My expectations for these units are now very low. The company that produces these units – TTS appear to be based in Nottinghamshire, near me in the East Midlands, and specialise in supplying ICT equipment to primary schools. Here is all the information I could find regarding these units.

The TTS IT00617 is a 1080p Full HD digital camcorder and camera specifically designed for educational and outdoor use by TTS Group. It is often marketed for use in primary schools due to its rugged design and simple interface.

Core Specifications

Video Resolution: 1080p Full High Definition.

Still Image Quality: 5.0 Megapixel sensor.

Display: 2-inch TFT colour screen.

Zoom: 4x Digital Zoom.

Storage: Uses removable SD cards.

Connectivity: Includes HDMI and USB ports for connecting to computers or displays.

Power: Powered by a rechargeable Li-ion battery, which is user-replaceable.

Key Features

Rugged Design: Built to be resistant and ideal for outdoor photography and video capture.

User-Friendly Interface: Often includes a built-in microphone and a touchscreen for easy navigation.

Educational Accessories: Retail packages typically include an installation CD, user manual, and necessary cables.

Google

I have managed to get hold of a user manual electronically, so I will download this and just go through the motions step by step when the units arrive. You never know one or two of them may just spring back into life if treated correctly. I doubt it, but it doesn’t hurt to have a little bit of optimism.

Let’s get an assessment done.

Assessment:

The cameras have arrived. I’ve carried out a very quick inspection and all three are dead to the world, so first things first, let’s try and get some power into them and then we can do a proper assessment. I must admit though, all three cameras are cosmetically in a very good condition.

All three cameras – two charging with red light visible

A switch on the side allows the USB charge port (also a data transfer port) to pop up and you just plug the unit into the socket of your choice, either a hub as I have, or into a port on your chosen computer device. When charging a red light shows on the rear of the camera at the side of the lens. This extinguishes once a full charge has been reached.

Two have reached a stage of full charge, one, the unit with the corrupted screen issue has not, and to check the battery, i have put this into one of the units that charged ok, to check if it is a battery issue or a unit issue.

It’s not a battery issue, in fact the faulty unit is charging its battery, so at least I know the charge circuit is working. It’s working in all units as I have removed all batteries and checked their voltages with the multimeter. The battery rating is 3.7v and they all currently hold a charge between 4.16v and 4.19v and that shows that they are all quite healthy.

All testing done, and now with an idea of the issues, let’s move into repair mode.

Repair:

The original posting stated that two of these units had “Card error” faults no matter what SD card was used, and one had a corrupted display screen.

I can definitely confirm that one unit does have a corrupted screen, and this is the same unit that was having the charging issues mentioned above.

You will see in the pictures above, that I believe the screen is actually ok, yes the output is corrupted, however the start up screen or the waiting screen show no such display errors. I suspect there is an issue with the actual camera module, so I will have to open this one up to investigate further. The on off button allows you to turn this unit on, however you can’t power off. You have to remove the battery to close the unit down. This is obviously another issue that requires further investigation.

The other two units with the “Card error” fault have each had a 1Gb SD card installed and no such error occurs. Well, to be honest, it actually only happened once, briefly on one unit, when I inserted a fresh card. It then asked me to format, which I did and then it was all normal, that’s all it required. I don’t know what type of card the seller was using, maybe they just did not format the SD cards, but as it stands the stated problem is non existent in these two units.

With the two working units I am able to video, and take still photographs, they are working fine, there are no issues and I will display a small video and some pictures below in the result section. Don’t expect quality, it really is quite a basic system. I need to do nothing to these two units now, as they are working fine.

We now need to turn our attention the one failed unit with the corrupted screen, and power on and off issues. I’ve opened the unit up and had to use my microscope on this one as there was nothing obvious on inspection.

I detached the ribbon cable and removed the screen, I then repositioned it and again turned it on with the same result. I’m confident the screen is ok, it now looks like it could be an issue on the board.

I’ve now started to inspect the components at a magnified level, as some of these components are honestly a quarter the size of a grain of rice, they really are minuscule. The on/off button appears to be ok, it is covered in a dollop of rubber gunk that they use during production to protect parts of the circuitry, it’s all over this board. Having located the camera, I’ve now started to do some testing on the components surrounding it, and there is a short circuit detected on a small capacitor, and the four or five other capacitors surrounding it. I removed two of these capacitors and the short still remained, and that’s when I noticed the chipset sitting directly above it.

On the screen I was now looking at an SPCA1628A-HL141 integrated circuit. This circuit is heavily used in cameras, digital video devices, and image processing equipment due to its image processing capabilities. And with the amount of failed components around it, I very much suspect this component is carrying the fault, it needs replacement, however as this entire unit has only cost me around £1:30, I don’t believe it’s financially viable to pay around £5:00 for a replacement chip, costing more than the combined three units. It’s just not worth it, and the gain from its repair would not match the outlay, it’s just not worth repairing.

Therefore this unit is going to be dismantled for spare parts, I have a battery, a battery control unit, a camera, an SD card holder, an LED screen and numerous other parts and screws that are far more valuable to me for future use. Very little will be wasted. What is disposed of will be recycled.

So we have one failure but we have two perfectly good working units. Two out of three ain’t bad. (I’m sure that’s a song!) – it is, Meatloaf – I believe, good tune!

Result:

So here’s a few pictures and a couple of small videos taken with the two working units.

Photos taken with the units, one in top left was taken with the phone of the two units

Small video of the two units playing back videos

The overall quality is between atrocious and very poor, but I guess for the purpose of school kids documenting activities it suits just fine. The video is on par with what you would have seen on phones of the Nokia era, maybe early to mid 2000s. The pictures in the right light settings are not too bad, but you do get more bad than good.

What can I use this for? God knows, it would be ok for doing a basic journal with, something to film a rehearsal situation with prior to using the good gear and doing it properly.

To be honest, I’ve a couple of young relations under the age of ten in Devon who might like these just to fool about with when they are out playing. At £1:30 per unit they couldn’t buy a decent pack of sweets for that, and this would cause less dental decay 😂

Anyway, it’s a good fix, more saved from landfill, so in my eyes the job is a good one👍

Thanks for passing by. It’s very much appreciated.

HP Jornada 540 Series PDA Pocket PC

I have two faulty pocket PC units that I can hopefully combine into a “Frankenstein” unit. Can we get at least one of them working again?

What the listing stated….mostly AI produced I guess?

Untested, no charger, docking station only by Hewlett Packard

32MB Jornada PDA 540 Series Pocket PC Windows & Docking is a highly functional device that comes with some amazing features. This device is perfect for individuals who desire a highly efficient PDA Series. The device is sold as untested and is compatible with the Windows operating system. The brand of this device is HP, which is a well-known brand in the tech industry. The PDA Series is HP Jornada and it comes with an installed memory (RAM) of 16 MB. The display size (pixels) and screen type are unknown, but it has a model number of 540. This device comes with a docking station that allows ease of use for individuals.

EBay

And this is my original old 540 (548) Jornada.

I just know this is going to be a challenge, and to be honest i will have two of these when this one arrives. This is the 16 mb version, released in Mid 2000, currently aged at around 26 years old. I’ve had a dead one sitting in one of my junk drawers for a couple of years now and I though it would be a good challenge to get at least one of them working again, another one of my Frankenstein projects if you must. I have no charger for these, the chargers are priced at a premium with the online pirate community, (Robbing swines!) so I will just have to make do. At least with the docking station that this unit has I have somewhere to start from. I suspect both batteries will be dead so I may have to use some jiggery pokery to get some power into their circuits to see if we can get any signs of life.

It’s safe to say at 0.5mA my old units 3.7v battery is very dead

But whilst we await the arrival of this unit, here is a little bit about this PDA:

The Jornada was a line of personal digital assistants or PDAs manufactured by Hewlett-Packard. The Jornada was a broad product line that included Palm-Size PCs, Handheld PCs, and Pocket PCs. The first model was the 820, released in 1998, and the last was the 928 model in 2002 when Compaq and HP merged. The Jornada line was then succeeded by the more popular iPAQ model PDAs. All Jornada models ran Microsoft Operating Systems that were based on Windows CE.

Jornada 540 series

The HP Jornada 540 series, including models 545, 547, and 548, was released in July 2000. As one of the original Pocket PC platforms, it featured a 12-bit color display, 32MB RAM, and USB connectivity running Windows CE 3.0.

The Jornada 540 series was one of the original models of Pocket PC, when the platform was first announced. Sharing the Operating System, CPU and memory card slot of the 520 series, it featured a 12-bit display (originally advertised as 16-bit display) and USB connectivity. Two models were made available that were identical except for the amount of RAM. The 545 had 16 MB RAM and the 548 had 32 MB RAM.

Wikipedia

Assessment:

The old one I originally had is in fairly good condition, only displaying age related wear and tear. It has its original touch pencil, and is pretty much all there. Its battery (a 3.7v Li-ion) is very dead though (see pictures above) I have no means at present to see if I can charge the battery.

I have however found a charging alternative that will not break the bank. I have found a chap in Germany called Edgar, that runs a business selling cables and peripherals for older units, as well as more up to date systems, his shop is in Hannover and his company is: systemhauszakaria.com. I have managed to get a USB charging unit called a System-S USB Charging cable, that has the connectors required for this unit, and being a USB cable I can use a suitable plug for the mains supply , if required.

The cable includes a data transfer cable that also fits the unit, however my main task is to try and get some power into these units.

Let’s give it a go.

I’ve used the new lead, left the unit on and monitored it for about 90mins, and it does appear to be taking a charge. An Orange light indicates that charging is taking place.

The unit displays as 100% charged with the charging lead in. when disconnected it drops to about 50% but within a couple of seconds it shows as 100% again, this could be a time delay of some sort whilst switching to the battery circuit.

At this point I thought it would be worth getting the back off again, to check the battery charge. If you remember earlier in this post, this old unit that had sat unused in my desk for the last couple of years and when last tested the battery was dead at about 0.5mA. However this is a transformation, as when the battery was now tested its voltage was 4.09v. Now, a 3.7v Li-ion battery such as this should have a max charge voltage of 4.2v, so in theory this battery is in quite good condition considering its age. There may be a little deterioration, however considering this battery is possibly 26 years old it’s held up very well.

The unit will be left for a while to see how the charge holds. 10hrs later, untouched and off charge, I can confirm the power is still indicating 100%, this pleases me as it shows the battery is still good and has a good life inside of it. Very pleasing for what is potentially a 26 year old battery.

The new unit has now arrived and I’m surprised it got here after being posted in a couple of old carrier bags, no padding just a couple of old bags. I suspect the seller wanted it off his hands, they probably had little faith in it ever working again.

However, despite this, the actual unit appears to be in quite a good condition. It’s free from dinks and scratches and both the unit and the charging cable appear to be in a good order.

Now, the good thing is that both these units have their original touch pencils. This cradle has a cable connected to it and a USB socket, however that USB socket is for data transfer and not charging. To charge, the new System-S USB cable has to be connected in line. The cradle will then charge. And it looks as if it is doing just that.

This time i have connected the new unit and cradle to a Power bank charger to see if this works, and it appears to be doing just that. It drained the power bank quite quickly, it only half charged, I’ll have to put it back on the household power tomorrow to fully charge it and check its battery capacity.

Tomorrow has arrived and the unit has been on charge for a couple of hours and it is indicating as fully charged. Back on the bench with the back off I can confirm the battery charge is reading at 4.08v so it is pretty much the same reading as the other unit.

New unit and cradle with power bank charger

These two units are both of the 540 series however the newer one that came with the cradle has only 16MB of memory (The 545) whereas my older one (The 548) has 32MB of memory. It appears that HP created three variants in the 540 range and I now have two of them. The 545 had 16 MB RAM and the 548 had 32 MB RAM, the one that escapes me, the 547 was also a 32MB variant. (I’m going to have to get one now just to complete the set)

Repair:

Less of a repair and more of a resurrection to be fair. I said it would be a Frankenstein project, and that’s exactly what it has been. Both units have charged well despite my concerns, they have been charged in a monitored environment and neither are showing signs of overheating, irregularities or any battery swelling or other issues. The battery management system on both batteries seems to be doing its job, and doing it very well.

I’m going to use this section to test some of the functions, to look at the installed program package and at the same time monitor battery usage along the way.

And as with all my projects, a thorough clean of the units is going to be carried out, it’s just got to be done.

But first I’m going to leave these units for a few days to see if the batteries drain.

Three days later it’s good to see that when turned on, both units are holding a similar, slightly discharged reading that is to be expected. I’m pleased at this, and it appears that both batteries are holding out well and working very well after a long period of inactivity.

Left again for a couple of more days and both units are now prompting me to accept that the UK has now turned to daylight saving time, (as it has) and this is another good sign that shows that all is working as it should be.

What am going to do with these units? Please don’t ask me that as I just don’t know. I’m probably just going to use them for note taking, maybe for a to do list for my work room, but in reality they will probably just get stored in a sealed bag with some silica bags to keep them dry, until I either move them on or find another use for them.

The package originally installed on these units consisted of the following:

Microsoft Pocket PC Suite: Pocket Outlook (Calendar, Contacts, Tasks, Inbox), Pocket Word, Pocket Excel, Windows Media Player (for audio/video), and Pocket Internet Explorer.
HP Productivity Tools: HP Home Menu, HP Task Switcher, HP Image Viewer, HP Backup, and HP Emergency Backup.
Third-Party & Utilities: LandWare OmniSolve Calculator, Developer One CodeWallet Pro (for passwords), AvantGo (for offline web browsing), and PeaceMaker (for infrared contact exchange).

One item I wanted to test is the infrared transfer ability between units. I’ve made a small file within the word program, set one unit to transmit on infrared and the other to receive. On sending the file, this task worked fine.

The transfer worked however both units have to be within a very close line of sight to do so, it just shows how much file transferring has moved on within the last 25 years or so. We have been spoilt.

These units are both working fine.

Result:

There are many uses listed for these units online including MP3 players and television controls. However, I think using as a to do list for my workspace is probably the most appropriate usage for me. I need organisation in my life, so what if I’m using technology from quarter of a century ago.

Why not?

Two perfectly good items saved from landfill.

Small victory, and that’s good enough for me.

Many thanks for passing by. It’s always very much appreciated.

Still Haunting

Yep, the Ghost radio service I reported on in August 2025 is still operating in the East Midlands and beyond

Back in August of 2025 I wrote of a radio station I had stumbled across on the DAB network. Ghost radio service.

It’s probably the post that has had the most views on my site, strange! And has been mentioned in numerous chat rooms and sites across the t’internet,

Because no one really knows what the hell it is or who owns it.

Here’s a few definite facts.

It can only be heard in the East Midlands, especially around the city of Leicester.
It has been heard out in suburban areas on the far outskirts of the city.
It is someone making ghostly groans and moans.
It is only on DAB networks.
No one appears to admit ownership
There is very little information on line.
7 months after first being heard it is still active.

And it’s still active today. Here’s a video taken a couple of days back.

Spooky 👻

Digging around, checking the OFCOM site amongst many others, the only new information I can find is listed below:

Key Details About Ghost Service:

Content: The station broadcasts a continuous loop of a “ghost” moaning.
Origin: It is an avant-garde art project created by a multiplex owner to challenge conventional ideas about broadcast radio and demonstrate the efficiency of their MP2 encoder at low bit rates.
Platforms: Initially spotted on DAB (Leicester SSDAB on block 9B and Lubra SSDAB on block 8A), it has also been heard on FM (87.9 MHz) in areas like Billingham and Middlesbrough, sometimes switching to Christmas music.
Other Projects: The same entity operates another station on the same multiplexes called “Catalytic Converter,” which plays cat sounds.
Visibility: It has garnered attention from local listeners and YouTube creators such as Fox’s Den.

And it mentions me. How quaint!

Thanks for passing by, have a great day. Thank you 🙏

Canon Snappy 50 automatic 35mm camera

A compact Canon 35mm camera from 1982. It doesn’t work, so let’s make it work!

What the listing stated:

In generally good condition but does not power up
Sold as spares or repair

EBay

I came across one of these a few weeks back and was just taken by the shape and aesthetics of it. However i wasn’t going to pay a high price demanded by the seller, so i just hung around and waited for others to come on the market. I have just purchased this camera with free postage for a total of £1:13GBP. I’m confused, the seller will basically be paying me to take it off his hands as postage will be at least twice the value of what I have paid today. Let’s wait and see if this sale gets suddenly cancelled, as I suspect it may well do.

Anyway here’s a little bit of its history:

Released in July 1982 and based on a new concept, this is a fully automatic 35mm Lens-Shutter compact camera.

The camera height was reduced by about 30 percent, giving the camera an oblong and unique form.

The camera uses active autofocus with a solid-state near-infrared beam. EE and the aperture are controlled electronically with a program. Metering range is EV 8.6 (f/3.5 at 1/30 sec.) to EV 15 (f/9.5 at 1/350 sec.). The shutter speed is set within a range of 1/20 sec. to 1/500 sec. to suit the film speed.

There is only two film speed settings. ISO/ASA of 100 or 400.

The built-in flash (Guide No. 11 at ISO 100 in m) must be turned on manually with a switch when the camera-shake warning lamp lights in the viewfinder.

Canon

I’ll just wait now to see if it turns up. I don’t know what the problem with it is, it’s just listed as a power up problem.

Well I’m shocked, I’ve received a postage notification so it is definitely on its way. Next stop…Assessment.

Assessment:

Well, it arrived, I’m shocked. It’s got to be one of the best packaged items I’ve ever received, never have I seen so much bubble wrap protecting an item that cost just £1:13GBP.

On top of that the sender has spent £3:45GBP on postage and charged me nothing. God I feel guilty now, least I can do is give him some glowing feedback.

Right, back to the camera. For a 44 year old camera it really is in beautiful cosmetic condition and needs nothing but a slight dusting to finish it off. But first I put in two AA batteries and can confirm it is dead. No life at all. Also, the film door is flapping about (So there was another issue!). I’m going to have to get inside this unit to see what is wrong. To be honest the unit is such a basic one, I suspect there isn’t a lot that can go wrong with it.

Repair:

The film door issue is a simple one, and if I didn’t have a ton of spare parts spread around the place, I’d be quite annoyed to say the least. It would have been either a case of making a new catch for the door or building some Heath Robinson contraption to secure the door, looking completely out of place. However, I just so happen to have a complete rear door for one of these cameras so hopefully it should be a simple swap out of parts.

But before I do this simple replacement, I need to get the top and bottom off of the camera to check where the electrical issues lie.

Taking the bottom off of the camera, the problem presents itself quite clearly. At the bottom of the battery chamber the negative wire has detached and needs soldering back into place.

Negative wore detached from battery chamber

I put the base back on and put two batteries into the chamber and the rewind motor instantly kicks in. We now have power. The shutter works and the winder motor operates as it should. When the rewind button is depressed the rewind motor kicks in as well, all seems to be good…..until!

The live supply to the flash was detached

I try the flash, and nothing. Not even the usual sound of the flash capacitor charging. Damn, I hope that capacitor isn’t dead! So now I have the top off of the camera and another problem presents itself just as clearly as the first. Not a problem here as I need the top off to replace the rear door.

The live supply to the flash had broken loose and this also needed re soldering, in fact I re soldered about eight wires in total as it seemed that the solder joints in these critical areas could possibly be fairly. They may not be failing, but whilst I’m inside why not just do this simple task to prevent anymore premature failings?

Batteries back in, flash turned on (it’s manual on this camera) and the check light illuminates. This camera is now fully operational.

Result:

I’ve had a fairly simple repair here with some soldering and luckily, some spare parts available. These cameras are quite tricky to repair due to their compact build. Normally when you detach one part you have tiny springs and other parts that fly out, leaving you with a head scratching puzzle to add to your issues. However having dealt with these cameras in the past and having learned my lesson previously, I was very careful and took my time ensuring nothing occurred that would cause me any issues further along in this fix. I also open these cameras in a box, so if anything does fly out, it doesn’t fall onto a carpet disappearing into the pile, it just falls into the box, saving me the embarrassment of looking for a tiny piece of camera, that could be just about anywhere on the floor of that room. You learn from previous mistakes, I have, and i now have procedures in place to prevent such issues happening again.

We now have a lovely example of compact 35mm photography, rejuvenated, repaired and ready to get back to doing what it was designed for, creating memories.

And long may that last, another one saved from landfill, repaired, recycled and now with many more years of purpose.

Many thanks for passing by 🙏

PS5 DualSense controllers

When the youngsters of the clan, drop surprise repairs on you at family gatherings.

It’s great when one of the youngsters of the clan come up to you at a family gathering and greet you thus, “Oi, uncle Dave, have a look at this for us will you?” and then they just disappear into the crowd as I’m now holding a couple of items I’ve never been exposed to before, in this instance a pair of Playstation 5 Dual sense controllers. (I had to google to find out what they were!)

Apparently they don’t work, or are having difficulties, and it’s now down to me to find out what’s wrong.

Now I’m not a gamer in the true sense of the word. I like, and have repaired and own a good few hand held devices that have been featured within these blog pages, but I do not own a console, I never have. However I’m lucky in that I know a few people who do have these consoles, who I can go to and test how they are behaving, but the good thing is that these controllers can also be tested without a games console and just require a computer with a USB port, and I do have one of them, a clever move by the manufacturer me thinks.

First thing I did here was to plug them in to a USB supply to charge the onboard battery. Each one has a 3.7v rechargeable battery that should give between 6-12 hrs of activity depending on how vigorously the unit is being used. When charging it glows on and off orange until it is charged and then the glowing just stops. Both these units took about 2.5 hrs to fully charge, and they seem to both be holding a good charge seeing one of them, the black version has not been used for some time.

Let’s get them connected up to a PC.

A simple good quality USB cable is the communication method between the controller and the PC. Next, you go to the address: https://dualshock-tools.github.io and here is where you will be doing those checks on the controller that sits in your hand. Seeing I don’t really know what’s wrong with the controllers I have been trusted with, I think this is the best place for me to start my investigation as the site does do some good, and thorough testing.

I have two controllers to check so I start by plugging in the Black controller, clicking connect on the screen gets access into the memory of your controller and all the firmware detail and build date is displayed in front of you. Cool!

Just under where this information is displayed we enter the first series of tests, a bank of 8 basic function tests that check all bells and whistles (as such) are operating as they should. This Black controller passed all these tests with flying colours.

The checks are thus:

USB controller: here the connection is tested a simple pass or fail
Buttons: all buttons have to be continually pressed until they turn green on the screen, a simple pass or fail
Adaptive trigger: the system puts a resistance on the two triggers representing various triggers on guns and switches experienced in various games, if there is suitable resistance here the result is a pass.
Haptic Vibration: this tests the vibration motors in the controller, if it’s working then it’s a pass
Lights: all lights on the controller are cycled through displaying the whole range. Simple pass or fail
Speaker: a tone is played through the built in speaker, a simple pass or fail.
Headphone jack: a simple test of the plugin headphone jack – pass or fail
Microphone: a simple test by blowing in the on board microphone checks if it’s working, a simple pass or fail.

And as stated the first controller, the black one has passed all of these tests. Impressive. The next tests are all centred around the two thumb pads, their return to centre position and their all around circular motion and their calibration.

The left pad was showing slightly off centre and I was able to make some minor adjustments via the program interface to correct this issue. The good news was that it is not a constant stick drift, and the mechanism does not require replacement, it is easily adjusted. With settings saved, disconnect the controller, reinstall it and re check the calibration and it should all be good. And it was. With minor adjustments made to this controller I am pleased to say it is working as it should, it is now repaired and will be heading back to its owner.

Now onto the second item, the white controller. I put this controller through the exact same testing protocol as the first one, all was going well until we got to the buttons section where this one failed. The down button on the left hand side of the controller is unresponsive, you can see this in the photos below

Failed button highlighted on Controller and screen

All other tests on this controller were fine. Again there was a little drift on the sticks that I was able to adjust and they are now both as central as they can be, operating well through their whole range. I will go through the repair and retesting of this pad in the section below the YouTube video that I have highlighted below.

A while ago, if your game pad was playing up, there wasn’t really a great deal you could do apart from replace the thumb controllers if you were experiencing issues such as a little stick drift (when a controller is moving on its own accord). A bad case of stick drift would require you to change the controller mechanism. However, some very intelligent people within the gaming community have put together a number of packages to test your game controllers, but the one mentioned in the video below has been a game changer as such, as it also allows adjustments to be made and saved and thus extending the life span of the components within, thus reducing the need to replace and dispose of those components prematurely. Have a look, it explains the testing protocols and checks them against other programs.

The whole testing procedure checked and compared with other testing programs

Repair and retest

It’s a simple enough activity to get inside of the controller, some clips, and four screws get you inside the package, getting beyond this though to the controller buttons where we need to be is a little bit more in depth. So here we go…

I’ve dismantled the controller as I said I would, initially the process requires four screws removing, after you first gently prise off the black decorative plastic surround as in the pictures below.

When you remove these screws the next task is to gently prise the two shells apart that then reveal the base of the controller

At this point the battery needs to be removed and that is a simple plug disconnection, the battery plate has a single screw in it that needs removing. Before you remove the battery plate there are four ribbon cables that need removing, if you don’t do these then you will probably tear them and need to replace them. Believe me, I have done this in the past and ruined the tiny microphone ribbon at the very front. It’s not expensive to repair, just an unnecessary expense. Don’t rush it. Another 3 screws removed and we can now take off the top cover and get to where we need to be.

Top removed exposing fault pad area to the left

As soon as the top was removed I could see the potential issue with the controller direction pads. The pads are a rubber base with a carbon pad that makes contact with the circuit board below. Sometimes a simple clean of these pads can be sufficient to regain a connection between the two, but in this case it was plain to see that the pads on both sides were both well worn and to be honest they both required replacement.

The two contact points ringed in red that were sufficiently worn

Normally a good clean with IPA will work

As stated I did give a clean to all contact points with a solution of IPA, reassembled and tested again with no change in performance, the fault remained. I will now need to purchase a new pad assembly and replace the film circuit board below them. Fortunately these are freely available and will cost no more than £6:60GBP to replace. And considering a new controller would cost at least £60:00GBP it’s worth the small investment to restore it.

I now just have to wait to receive these items and get them installed.

The items arrived just as in the photos above, and following the previous instructions to dismantle the unit, I have removed the old conductive film sheet and replaced this with the new one. I have also removed the silicone pads with the carbon inserts and these have also been replaced.

Now all I have to do once I have connected the ribbon cables is to get the outer shell back on the controller. Once this is done, I can log in and start the testing process once again, connect the controller to it and then commence a full test of its functionality.

And as you can see in the above photographs, this has been a successful outcome. Where the left hand side lower button had failed, the new conductive film has addressed the issue and this handset now has full functionality and is working as it should be.

Next I’m just going to do a re-calibration, to check that the sticks haven’t drifted in anyway. If we are in a good position, we can then class this repair as successful and then it can then be passed back to my nephew to carry on shooting aliens, and he can then continue his mission to save the world.

Result:

Two controllers have now been serviced and are both working well and within tolerance. They are about to be returned their owner so he can get them back into use, killing aliens and saving the world from a zombie apocalypse (or whatever he does with them)

Not having a lot of experience prior to receiving these two controllers, I was a little doubtful about where to start and what to check. However after reading up on them, and their operation, I was able to pick up a lot of advice and information regarding their manufacture and serviceability. I like to think that I’m well clued up on these items now as I can disassemble one in minutes, replace parts and reassemble without having any screws or parts left over ( Always a good sign 👍)

And to round things off I have now been given one of his friends controllers to repair as well, so I must be doing something right!

Thanks for passing by, as always it’s always very much appreciated.

Packard Bell DB128 personal organiser

Another personal organiser / PDA from 1992. The Packard Bell DB128. Does it work? Is it just needing new batteries? Who knows? Let’s have a look.

What the listing stated:

The Vintage Packard Bell DB128 Deluxe PDA Personal Organiser from 1992 is a charming piece of retro computing history. Manufactured by Packard Bell in China, this personal organiser is a single unit that serves as a reminder of the technology of the early 90s. With its vintage appeal, this item is ideal for collectors of vintage computing devices or those who appreciate the nostalgia of older electronics. The Packard Bell DB128 Deluxe PDA is a unique and rare find for those curious about the evolution of personal digital assistants. Needs new batteries at the very least. For repair or spares only

EBay

I love these postings on the selling sites, no actual real description of the state and condition of the unit you are purchasing, only a potted history of the item with the standard EBay get out excuse of “For repairs or spares only” I know, I can hear you saying, “ Well don’t buy it then – fool” and I agree with you wholeheartedly, I am a fool and I’ve brought it. But, it only cost me £3:30GBP so I’m happy with that, a good price for a bit of retro tech from 1992.

There is a good chance that this unit does only need some power, wouldn’t that be good? However it wouldn’t make very good copy on a site that looks at fixing other peoples castoffs, but I can happily go with the odd quick fix once in a while.

I love these old PDA devices from the 90s, and lots of people do, I guess some of us are still stuck in a period where technology was so wonderfully new and interestingly different. Whereas today everything is pretty much the same and controlled by a few massive organisations, when back in the 90s there were lots of different companies for you to choose your wears from.

I’ve certainly worked on a few on this site, just check the links on the home page to see what I have worked with.

If you are interested in the 90s PDA technology, may I suggest you look at this guys YouTube site. His name is Hugh and his channel is called Handheld Computing and he is a very interesting chap, and the technology is superb. Give him a visit.

Ok. Let’s read a little bit more about this unit:

The Packard Bell DB128 (also known as the DB-128 or DB 1280 IR) is a vintage handheld personal organiser released in 1992. Also known as the Oregon Scientific DB-388P. It was designed as a compact digital databank to store contacts, manage schedules, and perform basic calculations.

Technical Specifications

The device features the following hardware details:

Memory: 128 KB total memory, with a user-available area of 131,070 bytes.

Display: An 8-line by 32-character dot-matrix screen.

Power: Operates on two or three CR-2025 or CR2032 button cell batteries, often with an additional battery for memory backup.

Physical Dimensions: Approximately 15.8 x 8.2 x 2.3 cm, weighing about 252g.

Connectivity: Data can be synchronised with a PC via a serial cable or infrared (IR) LEDs.

Core Functions

The DB128 includes several built-in applications for daily organisation:

Phone Book: Stores multiple contact categories including names, fax, mobile, and email addresses.

Scheduler: Features a calendar and appointment system with start/end times and audible or silent alarms.

Utility Tools: Includes a 12-digit calculator, home and world clocks, currency/metric converters, and a memo/expense tracker.

Security: Offers a password protection feature for sensitive data.

Google

I just have to wait for its arrival now and I’m looking forward to that, I won’t speculate anymore about what might be, I best just wait for its arrival to carry out a suitable assessment.

Assessment:

It’s arrived and good god, it looks as if it’s been stored in a vacuum cleaner bag 🤦‍♂️ it’s utterly filthy, funny how none of the original photos showed this isn’t it? I don’t believe this is the same unit as was in the original posting.

If I’d have taken this into the house with the wife present, i think she’d have murdered me, or at least severely injured me one way or another… So that is why you will see that these pictures were taken at the kitchen sink, the first thing this unit received was a clean with a cloth and warm water. After that it’s had a good polish and it is now nice and clean. Now it can come further into the house, into my domain!

Now the unit is tidy, everything is as it should be, and the screen is in a good condition barring a few minor age related scuffs. It’s dead, and that’s to be expected, I’m just hoping there are no major surprises awaiting me when I get the back off to have a check inside.

Three screws later and the back is off. All three batteries are still in place, all very dead but fortunately there is no corrosion or battery leakage. All that is visible is some age related tarnishing of the battery enclosure, this however has no effect on the board or electronics and will tidy up with a little brush over with some relevant cleaning solution.

With these little database units you were always supposed to change the two main batteries and get them in place before even considering removal of the single back up battery. This was purely to ensure that saved data was not erased from the memory bank, however as all these batteries are dead, it’s no real issue here. The backup battery is protected with a single screw that needs to be removed to allow access. This unit was able to transmit and receive data using infrared technology. If you look at the picture above with the case off, on the left and the right of the chassis you will see a white diode component, these are the infrared transmitter and receiver parts of the data transfer circuit.

The batteries needed within this unit are CR2025 mini cell batteries, I currently only have CR2032 batteries, they look the same but just what is the difference? Thanks for asking, i will now explain.

The letter “C” refers to the batteries chemical compound, “Lithium” or to be absolutely precise “Lithium Manganese Dioxide”.
The letter “R” refers to the battery shape, in this case its “Round”.
The numbers “20” refer to its diameter in millimetres in this case “20mm”.
The numbers “25 or 32” refer to the “Height or Thickness” of the battery in millimetres “2.5 or 3.2”

And there endeth the lesson for today. So, in all aspects the batteries are exactly the same, 3 volts, but there is just a slight variation of 7/10 of a mm in thickness. In some cases this is not an issue where there might be that slight bit of space for you to use an alternative cell, however in the case where tolerances are tight such as in watch mechanisms, that tiny difference in size may not allow you to reassemble the backplate to the watch. I hope that clears up the difference between the two coin cell letter and number allocations.

I can use CR2032 batteries in this unit as there is the space. I have some CR2025 batteries on order, so I will comply with the original standard when they arrive. But for the purpose of testing further, the CR2032 batteries will suffice.

Repair:

What repair, to be honest it’s been more of a clean, I’ve cleaned the inside circuit board with some IPA and a brush and cleaned all the crevices with a pick and finished off the outer case with a good coat of antiseptic cleaner and polish. I have inserted the three required batteries and switched the unit on.

Not a great deal more I can say. It’s clean, in fact it’s very clean, and fully functional.

Result:

It’s 34 years old, it’s been discarded, put aside for disposal, given one last chance in its chequered life and I purchased it for £3:30GBP. It’s now revitalised, cleaned inside and out and been given a new lease of life. One of those very simple clean and repairs that anyone can do. And another item is saved from landfill.

This will now be added to my ever growing collection of old PDA equipment from the 90s, a collection that is starting to grow at quite a considerable rate. I have a few more little projects similar to this in the pipeline, quite similar to this one but requiring quite a bit more attention. Please keep passing by to keep up to date with these “mini” projects.

Once again, thank you for passing by, it is always very much appreciated.

Canon EOS D60

Who would have thought a button the size of a grain of rice could declare this camera defunct and dead. Let’s have a look at it and see if we can get it working again.

What the listing stated:

The Canon EOS D60 DSLR is a digital SLR camera body offered here for parts or repair, ideal for those seeking components or a restoration project.

This digital camera has been tested and does not power on. It is being sold as faulty, for parts or repair only.

Cosmetically, the camera body and battery grip show typical signs of use, such as surface marks and wear. Functionality has not been restored, and no further testing has been performed beyond confirming it does not power up. The battery grip (BG-ED3) is included but requires two batteries for operation; only one battery is supplied. No charger, lens, or additional accessories are included.

Accessories Included: BG-ED3 battery grip, 1x battery (no charger).

EBay

I’ve purchased this camera kit for the princely sum of £14:24GBP. An absolute bargain, even if it doesn’t work. It’s worth more than that to me, even for spare parts if I can’t get it working, however let’s not go down that route just yet. This camera also comes with a BG-ED3 battery grip that on its own currently retails on the auction platforms for around £20-£30 so before we start I’m on to a winner.

Here’s a little bit about this camera that was released in 2002, don’t get it mixed up with the later EOS 60D that was released in 2010…a different camera entirely:

The Canon EOS D60 is a discontinued 6.3 megapixel digital single lens reflex (DSLR) camera body, announced by Canon on February 22, 2002. It is part of the Canon EOS range, and accepts Canon EF, TS-E and MP-E lenses, but not Canon’s later digital-only EF-S lens range.

The EOS D60 sits in the prosumer (professional-consumer) line of digital SLR cameras. It succeeded the three megapixel EOS D30 and was replaced by the improved, six megapixel EOS 10D.

The EOS D60 features:

22.7 x 15.1 mm CMOS sensor (APS-C)

6.3 megapixel effective (6.3 megapixel total)

Max resolution 3072 x 2048

FOV crop (1.6x)

Canon EF lens mount (excludes EF-S)

3-point auto focus

100, 200, 400, 800, 1000 ISO speed equivalent

30 to 1/4000 s shutter speed and bulb

TTL 35 zone SPC metering: evaluative, center weighted, partial

Exposure compensation -2 EV to +2 EV in 1/3 EV or 1/2 EV steps

Auto White Balance (plus 5 positions & manual preset)

Eye-level pentaprism viewfinder

1.8 in (46 mm) color TFT liquid-crystal monitor

E-TTL flash mode

3 frames per second continuous shooting (max. 8 frames)

Dimensions (WxHxD): 150 x 107 x 75 mm (6.0 x 4.4 x 2.9 in)

Weight (body only): 780 gm

Wikipedia

So, as usual let’s await its arrival so we can carry out a full assessment of the camera and related equipment.

Assessment:

The package has arrived, and wow, this is a lot of camera for a very small price.

The condition cosmetically is fantastic, I’d call it almost mint but the seller thinks otherwise, he certainly has some high standards, I’m pleased I know him if it means I can purchase items such as this. The only thing that is missing is a small rubber cap that covers the digital and video out ports, not an issue for me, and definitely not detrimental to the operation of the camera, this can be replaced but it really isn’t worth the bother or the extra expense.

The camera has come attached to the power winder and has a Canon dust cap over the lens mount/body aperture. There is a single battery and this does have some life still in it.

There is a good quality camera strap attached, and when the battery grip is taken from the body and checked, all battery connections are clean and free of any contaminants. There is no damage to the CF card reader pins within the CF card port. An added bonus is that the body battery cover is tucked away on the power grip handle, and all connections are good, these little battery cover doors normally end up being thrown away so that you end up paying some pirate on the internet an absolute fortune to replace a battery cover door, that in theory is only worth a few pounds. Yes there are many robbing bandits out there! (That’s the polite, non sweary word version)

The camera listing stated that the camera grip needs two batteries for operation, this is not technically true as one battery will still operate the camera whilst using the grip. The option for two batteries just extends the usage of the camera, hence saving you the aggro of changing out batteries when you have a longer camera session planned.

And that one battery does have life in it as I stated earlier.

I know this, because I plugged it into the camera grip, I turned the operating switch on and hey presto, there is life

So to further test I have removed the grip, and gone back to using the camera with its original battery cover, and then…it doesn’t operate. How strange!

So I then go back to the power grip and everything works fine!

Back to the original battery cover. Nothing again.

I won’t ruin your reading at this point, as to be totally honest if I tell you what was wrong here, I will have nothing to put in the repair section below. Just read on, I can assure you that you will not be impressed. It really is that mundane and boring, you will probably just roll your eyes and question why I have even called it a repair. But a repair is a repair, no matter how insignificant and minuscule it may be, and if it gets the camera working then we are on to a winner.

Repair:

Thanks for staying with me.

Have a look at the three pictures below.

The issue was with the tiniest of buttons. It wasn’t working.

A small tab on the inside of the battery door presses this button when you lock the door. If that tab is broken, or if the switch itself is damaged, the camera may act like the battery is dead or not installed.

The tiny blue button (or sometimes black/white) located inside the battery chamber of a Canon EOS camera is a safety micro-switch that detects whether the battery door is properly closed. It ensures the camera has a solid connection to the battery and that the door is closed to prevent damage. It acts as an instant cut-off switch to prevent data corruption (e.g., if the door opens while the camera is writing to the CF card).

If this switch is not engaged, the camera will not turn on.

And this appears to be the problem. The battery cover was not putting enough pressure upon the little blue switch, the switch also appeared to be a little stiff but soon loosened up when it was cleaned with some IPA and activated a number of times using plastic tweezers. It appears that when the grip was installed and fastened into place there was sufficient pressure to operate the switch, hence the issues I experienced when changing from one battery mode to the other, earlier in this post. Now, when either the original battery cover or the power grip is used, power continuity is restored, and the cameras screen and activities all appear to be working as they should be.

However, we need to now install fully charged batteries, a CF card, and need to get a compatible lens on the front to ensure all the dials, and buttons function and do as they should be doing. I know the flash is definitely working, as this popped up and fired when I was testing the battery earlier, I’m fairly confident we have located and dealt with the underlying issue, though it doesn’t hurt to do a full test of the system just to confirm our findings and to ensure that there is nothing else lingering around, just waiting to be found out.

I’ve now installed a charged battery and a CF card into the camera, no issue here and all systems seem to be operating ok, no error codes or faults showing. I’ve put on one of my test lenses, a Canon EF 28-80 1:3.5 -5.6, and again everything is good, auto focus and manual focus, all works fine and all settings on the function dial are working just as they should. This camera is doing just what it should be. And appears to be working extremely well in all aspects of operation.

Result:

I’ve taken a few pictures in and around the house and everything appears to be working and functioning as expected. I can confidently state that this camera is working perfectly. It’s not the greatest of lenses as it’s just a test one I use for my cameras, but it proves the point though, that the unit is working and communicating well with all points of the camera.

This is a fantastic camera, I only paid £14:24 for a lot of camera dating from 2002, less than the cost of a couple of pints of beer or three coffees, and from my point of view it is an absolute bargain. And it was all down to a little button comparative in size to a grain of rice.

Just a few random pics around the house to quickly test

So I am super pleased with how well this repair has gone, such a simple issue that totally killed the functionality of this unit, easily repaired, all it took was a good bit of investigation, probably taking no more than 20 minutes of my time. I must admit it helps to know a little about how these units function. It always amazes me though, that these sellers could make a bigger return on their items if only they had someone to give these units the once over before declaring them dead and fit for spares and repairs only.

However I’m not complaining as i get to add a superb item to my collection for a very reasonable price. Just browsing the sales sites shows that the basic version of this camera without the power grip is commanding a price of between £140-£150.00GBP, I only paid £14:24. I think I’m the winner here.

There are bargains to be struck out there, if you are willing to give a little time and patience into getting them back up and running. Recycling works.

Many thanks for passing by, it is always very much appreciated.

Yashica 35 ME

An old Yashica camera from 1972 with a non functioning light meter. Time to get it back into a working condition.

I purchased two vintage point and shoot cameras, and this post is related to the Yashica 35 ME. Both cameras were purchased for the princely sum of £4:99GBP and that equates to roughly £2:50GBP each. Both cameras were sold with the following sales statement:

This bundle includes a Yashica 35 ME and Ricoh Auto 35, two vintage 35mm film cameras ideal for collectors or those seeking parts for repair projects.

These cameras are being sold as faulty and for parts or repair only. They have not been tested for functionality and may have issues with their mechanical or electronic components.

Cosmetically, both cameras may show signs of wear consistent with age and previous use, such as scuffs, scratches, or dust. No accessories, batteries, or additional items are included, only the two cameras as pictured.

EBay

Having purchased from this seller before, I suspect the cameras themselves are in perfect working order mechanically, but as one camera – the Ricoh, is from 1960 and now in its 66th year of existence, I very much suspect the issue would be with it’s Selenium light cell that is more than likely now very dead. The Yashica however is from 1972 and has a CdS light cell that could also be an issue, more than likely related to the old Mercury 1.3v battery that used to supply it. Either way, even without the light sensors both cameras are very capable of doing what they were built for, however you’d just have to use a separate light meter or use the “Sunny 16” rule. Let’s wait their arrival so we can asses the issue. You can read more regarding the types of light metering used on these two cameras by reading a recent post of mine regarding their differences Photographic light sensors in older point and shoot cameras

Some more photos from the seller:

Whilst we await their arrival here is a little bit about the Yashica 35 ME:

The Yashica 35-ME is a small, compact 35mm viewfinder camerawith auto exposure, made in Japan by Yashica, introduced c. March 1972.

It uses a 38mm f/2.8 lens made of 4 elements in 3 groups with a screw-in filter size of 46mm. The film speedis set using a ring around the lens, with the setting window on the bottom face of the lens. The metering system uses a CdS sensor with a sensitivity of 8 to 17 EV. The viewfinder has bright line frames with parallax correction marks for focus distance of 1.5 meters or closer. The shutter display scale is on the right of the finder has speed markings 1/30, 1/60, 1/125, 1/250 and 1/650 of second. Aperture scale is also displayed at 2.8, 4, 5.6, 8 and 14. The setting for the meter uses a pointer type indicator. Correct exposure is assured when the pointer is in the yellow areas of the scales. Also in the finder scale is over exposure, under exposure zones along with symbols of the selected zone focusing settings. The top plate carries the shutter release, hot shoe and frame counter.

Specifications

Lens: Yashica 38mm f2.8; zone and feet/metres scales

Shutter: Copal auto, speed set by metering, 1/30-1/650 sec.

Meter: CdS sensor

Film speed: 25 to 400 ASA

Flash: hot shoe, flash sync 1/25 of a sec.

Power: 1.3v mercury

Camera-wiki.org

It’s arrived, it has that familiar aroma of age old mustiness, but looks a nice item, in good condition for a camera that is now 50+ years old.

Assessment:

The case is quite tatty, but it does the job. The body is dusty but free of any dinks dents or scars. Inside the rear of the camera all is good, it’s clean and the light seals are ok. They will need replacing at some point, but currently they appear to be ok.

The winder works fine, the shutter fires and there is no sticking of the shutter leafs.

When you look through the viewfinder it’s a fairly clear view, however the exposure reading needle on the right is sitting firmly on the bottom of the scale. Moving the camera from light to dark makes no difference, the meter is not responsive. Let’s check the battery.

Repair:

The battery that was used is an LR44 cell rather than the old Mercury 1.3v cells that used to be installed on these cameras. They are hard to come by nowadays and people tend to go with the more modern LR44 cells that have a slightly higher voltage of 1.5v. They work, however some have stated that they notice a slight overexposure of about one stop, personally I haven’t really had issues when I have made these battery changes in the past. Each to their own as they say.

The battery currently in place was dead so I tried a new battery to no avail. When I opened the battery chamber again I then noticed some oxidation of the contacts, so a quick clean with some contact cleaner and they looked a lot different.

A new battery back in place, and hey presto the light meter is now working.

I’ve given a good disinfectant clean. Buffed up the case to make the best of a bad thing, and it all looks good. The only thing I can do now is run some film through it to give it a final test. I have some old out of date colour film at home, so I will use one of these to run a test roll. As I stated at the beginning there is not really a lot that can go wrong with these point and shoots, and I’m confident that the only issue was with the exposure meter as everything else seems to be fine. let’s get that film run through the camera to check things out.

I’ve taken the film out of the fridge. It’s a roll of Kodak Gold 200ASA film, and it’s only 20 years out of date. I’ve tested a roll of this before, you can see that post here: 20yr old Kodak Gold.

The results won’t be anything spectacular, it will be grainy, it will have a colour cast and in fact might not even work at all. After this period of time the sensitively Will have dropped so I’m going to over expose this roll by one stop to attempt to compensate a bit. This 200ASA film will be exposed on this occasion at 100ASA. When I’ve exposed this it will be off to a local film developer- Classic photo supplies – for them to do the developing and scanning. Read this post regarding my rationale behind using this film: 3..2..1 – 20yrs out of date.

Result:

Well, the scans of the developed film have arrived back and it has proven a couple of things, one that the camera does actually work and two, that the film has definitely reached its limits, as the negatives show immense grain, and a colour cast due to the chemical structure of the film breaking down. I’m glad I only overexposed by one stop, I know that the recommended +2 stops would have been too much for this film. Below I have displayed a selection of pictures from this film, you can see the age related “colour cast” along with grain size if you zoom in. These aren’t the high quality pictures as the originals came back at about 30mpx each, and that would be far too high a resolution to show on this site, and I’d probably use up all of my photo allowance as well. So here are the greatly reduced results of those scans.

To be totally honest if you switch to B/W in editing mode, all the pictures come out fine and are completely presentable and maybe that’s the way to go with the next batch, don’t bother trying to get a good colour balance as that will never be achievable, just display in good old black and white, you can’t go wrong.

So the camera works, and this one will now be put aside until I decide how I’m going to move it on. It’s such a basic camera, the distance selections are questionable, but that’s just a remnant of the 70s technology behind it. It’s a good little point and shoot, but I do believe the likes of the Olympus trip totally outshone all other competitors in the point and shoot category.

Job done. Another old camera saved from the scrap heap, and given a new lease of life, and it probably took no more than 10 minutes to get it back in working order.

Thanks for passing by, it’s very much appreciated.

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New features

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Jornada 540 series

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Repair and retest

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Specifications

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