USB Type A is the cornerstone of USB connectors, widely recognized for its flat, rectangular shape. This connector is predominantly used on host devices like computers, gaming consoles, and TVs, as well as on USB hubs. It's designed for a unidirectional flow, usually from the host to the peripheral device, which means it provides power along with data transfer. The USB-A connector is versatile, supporting various USB standards, including USB 2.0, USB 3.0, and USB 3.2, with increasing speeds and efficiency.

Another advantage is that it’s a low dilution process. With normal development, the dilutions are usually between 1+1 and 1+4. Here we are using a very low dilution so you can save a lot of developer.

In contrast, the USB 3.1 internal connectors build upon the USB 3.0 design by offering a more compact form factor and a stronger mechanical latch. While retaining the 20-pin header for single Type-C or dual Type-A connections, it introduces a 40-pin version to support two full-feature Type-C ports. These connectors ensure that the latest USB standards are accessible from the front of PC cases, facilitating easy and efficient connection for a variety of devices.

In order to support the higher USB data rate, the USB 3.0 and USB 3.1 internal connectors were developed to serve to connect front panel external USB ports to the motherboard while maintaining signal integrity. The USB 3.0 internal connector features a 20-pin design that supports two USB 3.0 ports, allowing for dual USB-A connectivity at 5Gbps without bandwidth sharing. It's primarily used for linking SuperSpeed (SS) USB ports on the front panel to the motherboard.

There are several types of USB connectors, including USB-A, USB-B, USB-C, Micro-USB, and Mini-USB. Each type has its unique design and use cases, with USB-C being the latest and most versatile.

On the contrary, stand development consists of letting the developer sit inside the tank with only one minute of agitation at the very beginning. Without movement, the areas that require more development quickly exhaust all the developing agent whilst it keeps acting on the less exposed areas that don’t weaken the developer so much. This has the effect of preserving highlights and revealing more details in the shadows.

As soon as I saw the negatives, I knew that these images would turn out well (for my taste, at least). I have developed a few rolls already, but I’ve never seen a negative so dense and contrasty. Sometimes it’s hard to differentiate the shapes, but here everything was clearly distinct and sharp. The comparison with a normal negative of Fomapan 400 is unbelievable, it looks like I shot a completely different film.

In today's world, USB technology is everywhere, playing a crucial role in connecting the devices we use every day. Yet, choosing the right USB cable can be confusing due to the many different USB types available, often not interchangeable. This can make finding a replacement cable more complicated than it seems, especially if you're not familiar with the subtle differences.

Depending on the developer, you can dilute up to 1+50. This means that for 1 litre of pure developer, you can do 50 litres of developing solution! Considering that one roll of 35mm needs more or less 300ml of solution, you could develop up to 150 rolls… Knowing that one litre of developer cost in average $18, that’s a cost of less than $0.12 of chemical per roll!!

Here at Newnex, we focus on creating top-quality USB cables and have crafted this detailed guide to help you navigate through the complex world of USB cable types. Our goal is to make it easier for you to understand the distinctions and choose the right cable for your needs.

You’ll also read that some people have experienced uneven development or the apparition of streaks due to a chemical reaction at the bottom of the tank. This can be avoided by making one or two inversions mid-development, in this case we’re talking about semi-stand development. Personally, I didn’t notice anything strange, but it might have something to do with the low dilution I used, comparing to what it should be with Rodinal for instance.

Newnex's USB-A to USB-A cables offer seamless connectivity and high-speed data transfer, meeting USB 3.0 specifications for enhanced performance.

This is a question of taste, but I tend to prefer my pictures more contrasty, especially for black and white. I believe that it gives more character and help to hold the attention on the subject.

Newnex's USB Micro B cables provide robust connectivity and high-speed data transfer, perfect for modern portable device configurations in both industrial and consumer applications.

About the author: Vincent Moschetti is an Ireland-based photographer who is in the middle of a year-long experiment where he’s shooting only film photography. You can find more of his work or follow along on this adventure by visiting his website or following him on Facebook and Instagram. This post was also published here.

The most common developer for this technique is usually Rodinal, which is diluted at 1+50. Here I only had Ilfotec DD-X and found that it should be mixed at 1+9. As I was using a Patterson tank with only 1 roll of film, I needed 300ml of solution. So I mixed 30ml of developer with 270ml of water at 20 degrees Celcius. Then I agitated for the first minute, tapped on the tank 3 or 4 times to remove air bubbles from the film, and let it sit for 45 minutes. After that, one minute of stop bath and three minutes of fixer. And that’s all folks!

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When it comes to USB connections, understanding the difference between male and female connectors is essential. This section will explain how each type functions, helping you choose the right connectors for your devices and ensuring seamless data transfer and power delivery.

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Newnex's interactive and user-friendly Custom Cable Design Tool is capable for incorporatingdifferent types of connectors and cables for creating custom cable assemblies for your special needs.

Newnex's USB-A to USB-B cables provide seamless connectivity and super-speed data transfer, fully compliant with USB 3.0 specifications for high-performance applications.

Because the developer is not moving, the acutance is very high. If acutance is a new word for you, too, check out the definition here on Wikipedia. Basically, it makes edges very sharp between dark and bright areas, hence the increased sharpness. I was already very satisfied with the quality of the glass on my Hasselblad X-Pan but, as you will see below, the amount of details that came out from my last roll is insane… I feel like I have a new lens!

The Micro USB B connector, evolved from Mini USB, has played a pivotal role in enabling slimmer designs for mobile devices while ensuring robust connectivity to computers and hubs across various USB standards. It supports USB On-The-Go (OTG), which allows devices to interface with external peripherals such as drives and cameras, requiring specific cable wiring for OTG functionality. Known for its versatility in charging and data transfer, the Micro USB B connector is widely adopted as a critical interface in numerous portable electronics, seamlessly supporting a range of USB specifications for broad compatibility.

USB-C, or USB Type-C, is the latest advancement in USB technology, featuring a reversible connector design that works with both host PC and peripherals. It's not just about the convenience of plugging in your cable any way—it's also about universal compatibility and future readiness. USB-C supports a wide range of standards from USB 2.0/1.1 to USB 4.0, with the latter offering impressive data transfer speeds up to 80 Gbps and power delivery up to 240W. This makes it ideal for ultra high-speed data transfer, fast charging (with or without a USB C charger), and connecting display video outputs, including USB C to HDMI.

This is, of course, a personal opinion and it may not work with all styles of photography. The pictures below barely received any adjustments, and came out naturally contrasty. Fomapan is not known for having contrasty films—it’s more the opposite, they tend to offer more of a flat look.

Newnex's USB 3.0 Dual Panel Mount to Female A cables ensure a reliable and durable connection, seamlessly integrating with 20-pin internal motherboard connectors for industrial and commercial applications.

USB stands for Universal Serial Bus. It is a standard for connecting peripherals to computers or smart phones, allowing for data transfer video display and power delivery.

The only downside I have found so far it is the time it takes. Some stand development can take one hour or more, so you have to be patient. But it’s the perfect opportunity to scan some negatives for example.

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Another important point to mention: With this process, you can mix two films that are rated at different speeds in the same tank. This leads me to think that it doesn’t matter too much if you pushed your film, but I am not sure about this and will have to do some tests to determine if you need to extend the time when pushing film.

Newnex's USB-A to USB-B cables deliver reliable connectivity and rapid data transfer speeds, strictly adhering to USB 2.0 standards for industrial and commercial applications.

Newnex's USB 2.0 A Panel Mount Female to Crimp Header cables deliver seamless connectivity, supporting both 5-pin and 10-pin configurations for broad compatibility across devices.

The world of analog photography surprises me a bit more every day! I recently read about a technique called Stand Development, so I have decided to try it myself. For those of who never heard of it before, let me explain you the differences between it and a normal development process.

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Mini USB connectors, smaller than the standard USB B, are designed for peripherals needing a compact connection. With 5 pins, including an ID pin, they support USB On-The-Go (OTG), allowing devices like mobile phones to act as USB hosts. Originally popular in early mobilephone, USB Mini B has shifted towards use in digital cameras as devices have trended towards even smaller connectors like micro USB. Today, Mini B serves as a legacy connector, mainly found in specific devices and no longer common for new products.

Newnex's Miniature USB cables provide dependable connectivity and swift data transfer speeds, ideal for compact device setups in industrial and consumer applications.

USB Mini A connectors, though less common than Mini B, also provided a compact solution for mobile devices and peripherals. Mini A connectors were used in some early mobile devices and portable gadgets. However, like Mini B, the trend towards smaller and more efficient connectors like micro USB and USB-C has made Mini A connectors less prevalent in modern devices.

USB Type B connectors, essential for peripherals like printers and PTZ cameras, are designed with a unique shape to prevent incorrect connections. This design safeguards your devices by making it impossible to connect two host devices together, a scenario that could lead to hardware damage. While the tech world is gradually moving towards newer, smaller connectors, USB Type B's distinct shape and its role in ensuring the right device connections keep it relevant in many setups.

Newnex's USB-C Panel Mount to Type-E Male cables offer dependable and durable connections, seamlessly integrating with 20-pin internal motherboard connectors, ideal for industrial setups.

USB 2.0 cables often use crimp header connectors to connect with motherboard. 5 pin and 10 pin header are the most common seen configurations.

When developing, as recommended by manufacturers, we are supposed to make regular agitations to ensure that the exposed film is always in contact with fresh developer. This is because the developer exhausts itself after a while and is no longer able to transform the particles of silver on the emulsion. Agitations also ensure that all the tonalities are evenly revealed.

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