#single pin female connector

[misth2nng]

Adapter Plug Converter, single pin female connector, plug housings

6.35 mm Quick Connect Female and Male 10-14 AWG Crimp Connector Non-Insulated

[murumokirby360]

My PC Cooling Upgrades Review - Part 1 [Second Half] (w/ my paper dolls) [Recorded on Jun 9th, 2023]

Hello, June! Here's the continuation of "My PC Cooling Upgrades" Part 1 (featuring my paper dolls). 🙂

If you haven't seen my "First Half", then please [CLICK ME!].

So, without further ado, let's get started!

29th to 31st Image(s) ↑:

• Alright! Moving on to other items 📦📦, now what item should we open? 🤔

32nd & 33rd Image(s) ↑:

• My paper dolls says "Why not both?". Good idea! 😄Tada! Two items had been revealed! And I know the PC fan was misleading & un-advertised to the box, but, we'll get to that in a bit.😉

34th to 36th Image(s) ↑:

• Now, you've already seen this before during my unwrapping parcels, right? So, here's the 4-pin fan splitter connector for my Motherboard. And the reason to buy is because I need more than one PC fan to get the ventilation going & prevent from overheat the hardware components (including the motherboard) 🌡️💨❄️🖥️. I wish I could buy more than three slots (w/ more PC fans), but since my tower case is an old style, I guess this will do (for now). 🙂

37th to 41st Image(s) ↑:

• [37th to 39th Images] Lastly is the 80mm 12V PC fan with w/a blue light strip around closer the transparent fan blades. Sure, an affordable normal PC fan is fine but also boring. So, why not get this? Because the transparent fan is rad & a colorful LED light strip (which depending on what color you choose, so I picked "Blue") was icing on the computer cake (no pun intended). 🥰💙💡

• [40th & 41st Images] Also, I was expecting to be a 4-pin fan connector, but instead, this mini fan has a Molex connector; in both male & female ports. And you know what, I'm okay with that, a single Molex slot should make room for it. And I can't secure the PC fan without a pack of four screw bolts.🙂

42nd to 43rd Image(s) ↑:

• And there you have it, my trio of items for my PC cooling upgrade! Hope these will delivered a solid worth, and my paper dolls agrees! We can't wait to install these goodies! 😁🖥

BTW: I haven't talk about my current PC. Well... It went horrible, on June 7th. Hours after I record the video & posted. 🖥😟 And you noticed, I covered my monitor with a fiber cloth. I'll spare the details when I make "Part 2".

Overall & Asking Price:

• Problem aside, I hope these will make cooldown the heat of the CPU chip & other internal components. Although, I have one last item that I need to purchase. ☝️ But sadly, I need to earn just a little bit. 🤏💵 So I guess I'll cover it, in the coming months once I bought the last item.

• As for the "Asking Price", here are the ff.:

○ Jonsbo CR-1400 from EasyPC (Shopee PH site) - cost ₱ 699 - 755 (Free Shipping Fee in voucher) in Black or White colors available

○ 80mm 12V PC Fan from ogamma-ph (Shopee PH site) - cost ₱ 75 (Shipping Fee ₱46) in Red, Blue, White, and RGB LED light colors in different sizes (There's also selling an actual PCCooler FX-12CM RGB for ₱129)

○ PWM PC Fan Splitter from Meuc Store (Shopee PH site) - cost ₱50 - 75 (Shipping Fee ₱38) depending how many ports you want

SIDE NOTE: I didn't buy anything from Lazada PH, so its a nice for me to change. 😊🛒🌐🇵🇭

Well, that's all for now. And you haven't seen my previous month, then please [CLICK ME!].

Tagged: @lordromulus90, @bryan360, @carmenramcat, @leapant, @rafacaz4lisam2k4, @paektu, @alexander1301

[shreerangelectronics20]

Understanding the OBD II Female Connector: Key Features and Applications

The OBD II (On-Board Diagnostics II) female connector is a crucial component in modern vehicles, serving as the gateway to a wealth of diagnostic information. Since its introduction in the mid-1990s, the OBD II system has become a standard feature in all vehicles, enabling mechanics and car owners to monitor the health of their vehicles, diagnose issues, and ensure compliance with emission regulations. This article delves into the features, functions, and applications of the OBD II female connector, highlighting its importance in automotive diagnostics.

What is the OBD II Female Connector?

The OBD II female connector is a 16-pin interface located in most vehicles manufactured after 1996. This connector allows for communication between the vehicle’s Electronic Control Unit (ECU) and diagnostic tools, facilitating the retrieval of diagnostic trouble codes (DTCs), real-time data, and other vital information about the vehicle's performance.

The connector is typically found under the dashboard, near the driver's seat, making it easily accessible for plugging in diagnostic devices. The standardization of this connector across different vehicle manufacturers ensures compatibility with a wide range of diagnostic tools, making it a universal interface for vehicle diagnostics.

Key Features of the OBD II Female Connector

16-Pin Layout: The OBD II female connector features a 16-pin layout, with each pin having a specific function. These pins are responsible for transmitting power, ground, data, and control signals between the vehicle and the diagnostic tool. The layout includes pins for power supply, ground, communication protocols (such as CAN, ISO 9141-2, and SAE J1850), and manufacturer-specific functions.

Compatibility: The OBD II female connector is designed to be universally compatible with all vehicles that comply with the OBD II standard. This compatibility allows for the use of a single diagnostic tool across multiple vehicle makes and models, simplifying the diagnostic process.

Durability: The connector is built to withstand the rigors of daily use in an automotive environment. It is made from durable materials that can handle the physical stresses of frequent plug-ins and removals, as well as exposure to varying temperatures and humidity levels.

Data Transmission: The OBD II female connector facilitates high-speed data transmission between the vehicle's ECU and the diagnostic tool. This capability allows mechanics to access real-time data, such as engine RPM, fuel pressure, and oxygen sensor readings, which are critical for diagnosing and fixing issues.

Applications of the OBD II Female Connector

Vehicle Diagnostics: The primary application of the OBD II female connector is vehicle diagnostics. By connecting a diagnostic tool to the OBD II port, mechanics can retrieve DTCs, which indicate specific problems within the vehicle. These codes help identify issues such as misfires, oxygen sensor failures, and transmission problems, enabling timely repairs.

Emission Testing: The OBD II system plays a vital role in emission testing. The connector allows inspectors to access the vehicle's emissions data and ensure it meets regulatory standards. This is particularly important in regions with strict emission regulations, where vehicles must pass emissions tests to remain roadworthy.

Vehicle Monitoring: Car owners can also use the OBD II female connector for vehicle monitoring. With the help of compatible smartphone apps or diagnostic devices, they can track fuel efficiency, monitor engine performance, and receive alerts about potential issues, helping to prevent costly repairs and improve vehicle longevity.

Customization and Tuning: For enthusiasts, the OBD II female connector offers opportunities for vehicle customization and tuning. By accessing the ECU through the OBD II port, users can adjust various parameters, such as air-fuel ratios and ignition timing, to optimize performance or customize the driving experience.

Conclusion

The OBD II female connector is an indispensable tool in the modern automotive industry, providing a standardized interface for diagnostics, monitoring, and vehicle customization. Its universal compatibility, durability, and ability to transmit critical data make it an essential component for both professionals and car owners. As vehicles continue to evolve, the OBD connector and its connector will remain at the forefront of automotive diagnostics and maintenance, ensuring that vehicles stay in peak condition.

[fsgnetworks]

MPO Connectors: The Backbone of High-Performance Data Centers

The ever-growing demand for data in today's digital world pushes data centers to constantly evolve. Traditional single-fiber optic connectors, while reliable, become cumbersome and space-consuming when dealing with high-speed applications. This is where MPO connector step in, offering a powerful solution for data center connectivity.

Unveiling the MPO Connector

MPO, signifying Multi-fiber Push-On, is a revolutionary type of fiber optic connector designed to accommodate multiple fibers within a single, compact housing. Unlike their single-fiber counterparts, MPO connectors boast the ability to house anywhere from 8 to 32 fibers. This significantly reduces cable bulk and streamlines installation in data centers.

These connectors come in two distinct genders: male and female. Male connectors feature two pins for precise alignment during mating, while female connectors lack these pins. This design ensures proper connection and prevents accidental damage to the delicate fibers. Additionally, MPO connectors boast a keying mechanism that guarantees correct fiber alignment, eliminating the risk of accidental mismatches during connection.

The Power of MPO: Advantages Explained

MPO connectors offer a multitude of advantages over traditional single-fiber connectors, making them the ideal choice for high-density data center applications:

High-Density Champion: The ability to accommodate multiple fibers in one connector significantly reduces cable clutter and saves valuable rack space. In data centers where space is often a premium, this translates to a more efficient use of real estate.

Faster Deployment, Faster ROI: Terminating and managing individual fibers can be a time-consuming and tedious process. MPO connectors, due to their pre-terminated nature, allow for significantly faster deployment. This translates to quicker installation times, reduced labor costs, and a faster return on investment.

Scalable for the Future: MPO connectors are designed with versatility in mind, accommodating various fiber counts. This allows data centers to effortlessly scale their infrastructure as bandwidth demands inevitably increase. Upgrading becomes a breeze – simply swap out MPO cables with higher fiber counts.

Cost-Effective in the Long Run: While the initial cost of an MPO connector might be slightly higher than a single-fiber connector, the overall cost savings are substantial. Reduced cable bulk translates to lower material costs, and faster deployment leads to reduced labor expenses. In the long run, MPO connectors offer a more cost-effective solution.

Unmatched Performance: MPO connectors seamlessly support various high-speed protocols like 40 Gigabit Ethernet (GbE) and 100 GbE, making them perfectly suited for modern data center applications.

Beyond the Data Center: Applications of MPO Connectors

MPO connectors find their primary application in data centers, especially for high-speed backbone connections between network devices. However, their reach extends beyond data centers:

Telecommunication Networks: Service providers utilize MPO connectors to bolster network capacity and enable faster data transmission.

Enterprise Networks: Businesses with high bandwidth requirements can leverage MPO connectors to efficiently connect servers and storage devices.

Cloud Computing: High-density, scalable network connections are crucial for cloud data centers, and MPO connectors play a vital role in achieving this.

Considerations Before Making the Switch

While MPO connectors offer numerous benefits, there are a few points to consider before making the switch:

Specialized Expertise Required: MPO terminations require specialized tools and training. Improper handling can damage the delicate fibers and lead to performance issues.

Testing – A More Complex Process: Testing MPO connections can be more complex compared to single-fiber connectors due to the presence of multiple fibers. Specialized equipment might be necessary for proper verification.

Initial Investment: While MPO connectors themselves are cost-effective in the long run, the specialized tools and testing equipment required can add to the initial investment.

Conclusion

MPO connectors have become an indispensable component in modern data centers, enabling high-density, scalable, and efficient network connections. Their ability to house multiple fibers within a single unit reduces cable clutter, saves space, and simplifies deployment. While there are some considerations regarding complexity and testing, the overall benefits of MPO connectors make them a compelling choice for data centers facing ever-increasing bandwidth demands. So, the next time you think about high-performance data centers, remember the backbone that keeps them running smoothly – MPO connectors.

[jerry618]

Which is Better for LED Video Walls: DisplayPort or HDMI?

Email: sale05@xygledscreen.com

WhatsApp & wechat: +86 18038197291

www.xygledscreen.com

From home theater enthusiasts to computer gurus, you won’t find many electronics buffs who don’t applaud the advent of HDMI (High Definition Multimedia Interface) connectors. In the days of analog audio and video, the end user was forced to send these signals separately to video displays and audio equipment, with video typically transferred via component connections and audio sent through multiple RCA cables. When digital audio and video arrived, hobbyists and professionals alike were able to connect devices in different ways, including through DVI, SPIDIF, coaxial and, finally, HDMI, the latter of which promised a new era of connection flexibility and installation ease.

And, make good on that promise HDMI did – indeed, finally there was a connection type that could pass all manner of audio and video signals over one cable, rendering home theater and commercial installation projects a proverbial cinch to complete while eliminating the proverbial rat’s nest of wiring previously associated with large installs. From A/V receivers and satellite/cable boxes to Ultra HD televisions, projectors and beyond, HDMI was often dubbed the best thing to happen to the connection cable world.

Yet as the HDMI spec evolved, so did its application blueprint, to the point that we’re now looking at which is better DP or HDMI for LED video walls, which is the topic of discussion for this article. We’ll be focusing on understanding both these choices, how to choose the right one for different applications, the difference between resolution and refresh rate and more.

I. Understanding DisplayPort and HDMI

HDMI and DisplayPort are two standards for connecting devices such as computers, laptops and game consoles to televisions, monitors and projection systems, and each come with advantages and disadvantages. While HDMI, as we suggested above, is the reigning king of compatibility and convenience, power users often cite things that are more appealing about DisplayPort.

These competing display connection standards transmit – as we also hinted at in the introduction portion – both video and audio signals over a single male/male cable to respective female ports on the source device/display, albeit with different “pin” patterns. They’re both physically sturdy and easy to connect, boasting backward and forward compatibility; HDMI uses standard and mini-connectors while DisplayPort uses DisplayPort, Thunderbolt/Mini DisplayPort and USB 3 connections.

DisplayPort wins the spec war over HDMI, even though not all ports and cables are the same for both, given that they have several version revisions. Let’s now take a brief look at some technical details for these connectors.

HDMI boasts four revision groups as of 2021:

• 1.0-1.2: 4.95 Gbps of data bandwidth that supports 1080p at 60 Hz

• 1.3-1.4: 10.2 Gbps of data bandwidth that supports 1080p up to 144 Hz and 4K at 30 Hz

• 2.0: 18.0 Gbps of data bandwidth that supports 1080p at 240 Hz, 4K at 60 Hz and HDR

• 2.1: 48 Gbps of data bandwidth that supports 4K at 144 Hz and 8K at 30Hz

DisplayPort boasts five revision groups as of 2021:

• 1.0-1.1: 10.8 Gbps of data bandwidth that supports 1080p at 144 Hz and 4K at 30 Hz

• 1.2: 21.6 Gbps of data bandwidth that supports 1080p at 240 Hz, 4K at 75 Hz, and 5K at 30 Hz

• 1.3: 32.4 Gbps of data bandwidth that supports 1080p at 360 Hz, 4K at 120 Hz, 5K at 60 Hz and 8K at 30 Hz

• 1.4: 32.4 Gbps of data bandwidth that supports up to 8K at 60 Hz and HDR

• 2: 80.0 Gbps of data bandwidth that supports up to 16K at 60 Hz with HDR on and up to 10K with HDR off at 80 Hz

Another important factor to note before we move on is that an HDMI port can only connect to one screen, while DisplayPort features Multi-Stream Transport (MST) for multiple screens and daisy-chaining. Further, DisplayPort can connect to four screens at once – though because DisplayPort splits bandwidth between the displays, results will vary depending on the setup.

II. Comparison Chart of DP and HDMI

DisplayPort

HDMI

Release Date

November 2017

March 2016

Audio Support

Up to 23 Audio Channels

Up to 23 Audio Channels

Maximum Bandwidth

48 Gbps

32.4 Gbps

HDR Support

Dynamic

Static/Standard

Number of Supported Displays

One

Up to Four

Audio Return Channel

Equipped with Enhanced ARC

No

Gaming

Ideal for Xbox Series X/S, PlayStation 5

Ideal for PC/Casual Gaming

Availability

Widely Available 

Gaming and Workstations

Use Cases

-Computer Gaming

-Laptop Docking with Multiple Monitors (for two or more external screens)

-Workstation with Three or More Displays

-Apple Monitors (these devices don’t support HDMI) 

-Console Gaming

-Connecting Laptop to Projector/TV

-Laptop Docking for Single Screen

III. Choosing the Right Option Based on Application

The market availability of HDMI 2.1 – the latest spec – compared to DisplayPort 1.4 is a statement of its use case, market share and how likely you are to find it in retail stores. DisplayPort is readily obtainable in the market, but is limited to workstations and gaming for the most part; this is why it has been the ideal data transmission cable among gamers for years.

On the other hand, HDMI 2.1 can be leveraged for different use cases and settings, though it is also popular amongst gamers, workers and individuals running high-resolution monitors and televisions – including LED video walls.

III-A. Resolution and Refresh Rate

Knowing the type of resolution your preferred cable supports is an important factor that needs to be considered before purchasing any, especially if you already have a display technology you intend to utilize. To put it more succinctly, DisplayPort 1.4 supports 4K resolution at 120Hz and 8K resolution at 60Hz, while HDMI 2.1 supports these resolutions at better refresh rates with a maximum resolution of 10K.

When we speak of “refresh rate,” we’re referring to how often a display device shows an image within a time frame of one second. This figure is measured in “hertz” (Hz) and determines whether there will be lag and increased latency in a video output or not; for example, if a transmission tech boasts a refresh rate of 60Hz, it means it draws or displays 60 images every second. In the HDMI vs. DisplayPort debate, both have impressive rates, but as the resolution under consideration increases, the refresh rates drop significantly. DisplayPort max refresh rates exist in 1080p resolution, and as the resolution gets higher to 1440p, the refresh rate drops to 144Hz and to 120Hz for 2K; conversely, this is quite different from HDMI 2.1, which boasts an overall maximum refresh rate of 240Hz. The difference here is that HDMI 1440p max refresh rate is the same as 1080p and 2K, which is 240Hz, yet the HDMI 4K max refresh rate stands at 120Hz.

III-B. Content Source and Cable Length

The DisplayPort standard pegs optimum data transmission at approximately three (3) meters of cable length, however, the cable can be extended up to 20 meters while allowing, at the very least, a high-definition resolution. The HDMI standard does not specify exact dimensions and capabilities in terms of cable length, though generally they’re shorter than DisplayPort cables and normally come in two (2)-meter lengths for optimum performance.

DisplayPort may not be commonly found on mainstream devices such as gaming consoles, monitors, graphics cards and televisions, but its connectors are common in devices priced higher than average, such as gaming monitors and high-end graphics cards. HDMI connectors come in four sizes – standard, mini, micro and automotive – with each serving a unique purpose; standard HDMI connectors or Type A HDMI connectors are typically used by corporations and personal users. They connect source devices such as gaming consoles and Blu-ray/Ultra HD Blu-ray players to monitors, televisions and projectors.

III-C. Additional Features

DisplayPort connectors have 20 pins, with two sizes available, the standard DisplayPort and a smaller alternative made by Apple called Mini DisplayPort; the latter is the same port as the Thunderbolt variant. While HDMI connectors are typically comprised of 19 pins, the lesser-known Type B variant boasts 29 pins and is used for dual-link applications, whereas the Type E has a locking tab to keep the cable from vibrating loose in automotive applications.

III-D. Compatibility

A question we often hear is: “Can I connect a DisplayPort to an HDMI monitor?” and our answer is always the same – yes and no.

For the record, a DisplayPort signal is not compatible with HDMI, but if the DisplayPort output is a dual mode variant, it has the ability to recognize and adjust the signal to HDMI when a passive adapter cable is connected. From our experience, sometimes this will work and sometimes it won’t; if the DisplayPort graphics card is only a single mode variant, then you must use an active adapter or converter.

Both HDMI and DisplayPort technologies have improved dramatically in recent years, and that shows no signs of slowing down. Between HDMI 2.1 nearly tripling the data rate and bandwidth of version 2.0 – and doubling the capabilities of DisplayPort 1.4 – and expanding support for other visual enhancements like dynamic forms of HDR (Dolby Vision/HDR10+) for richer colors, variable refresh rates for smoother gaming, reduced latency for gaming, faster source media switching and enhanced audio, the future is definitely in the hands of these pin-oriented connectors.

[nzdepot]

$27.72 $ StarTech DP2DVI2 DisplayPort to DVI Adapter - DisplayPort to DVI-D Adapter Video Converter 1080p - DP 1.2 to DVI Monitor/Display Cable Adapter Dongle - DP to DVI Adapter - Latching DP Connector https://nzdepot.co.nz/product/startech-dp2dvi2-displayport-to-dvi-adapter-displayport-to-dvi-d-adapter-video-converter-1080p-dp-1-2-to-dvi-monitor-display-cable-adapter-dongle-dp-to-dvi-adapter-latching-dp-connector/?feed_id=151848&_unique_id=663712869430d Features: STARTECH DP2DVI2 DisplayPort to DVI Adapter The DP2DVI2 DisplayPort® to DVI Video Adapter Converter lets you connect a DVI monitor to DisplayPort-enabled desktop or laptop computers. Supporting display resolutions of up to 1920×1200 allowing you to take full advantage of single link DVI capability. DP2DVI2 is a passive adapter that requires a DP++ port (DisplayPort++), meaning that DVI and HDMI signals can also be passed through the port. StarTech.com also offers the DP2DVIS, an Active DisplayPort to DVI adapter. Specifications: Connector(s) Connector A 1 – DisplayPort (20 pin) Latching Male Connector B 1 – DVI-I (29 pin) Female Physical […] #

[richkomlkk]

2 pin Power Cable

What Is a 2 Pin Power Cable?

Whether you're connecting a kettle or a PC, you need the right kind of power cord. Thankfully, desktop graphics cards are fairly power-efficient, and a single 6-pin connector will usually suffice for most cases. However, NVIDIA's decision to create a bespoke 12 pin power connector for their top-of-the-line RTX series GPUs has added some confusion to an otherwise fairly straightforward part of PC building.

Depending on your region, you'll either have a non-polarized plug with two straight blades or a polarized plug with a third round or U-shaped ground pin. Non-polarized plugs are usually used in electrical outlets in the home or on the female end of extension cords, while polarized plugs are typically found on the male end of appliance couplers (also known as receptacles). The ground pin is longer than the other two and provides a safety path for excess current to drain to the earth in case of a short circuit.

A power cable is an insulated stranded wire conductor that links the plug and the adapter or socket to transmit electrical currents between them. It is usually made of copper with a layer of plastic or other protective material to reduce electromagnetic interference. Its length can range from 6.6 to 32.8 ft (2 to 10 m). Power cords are often identified by their IEC or IEC 60320 type or marking, which defines the type of plug and mating appliance inlet they connect to.

Power cords are typically 2-core or 3-core, which refers to the number of conductors inside the flexible cord. Most of the time, a power cord will have one live or hot wire that's colored black (North America) or brown (Internationally). The other wire is neutral and is colored white. Occasionally, the cord will also have a third wire that's smaller than the other two and is called the earth or grounding wire.

When it comes to powering our devices, the humble 2 pin power cable might not get much attention. We tend to take them for granted, plugging them in and forgetting about them. But have you ever stopped to think about just how important these little cables are? They are the backbone of modern technology, providing the necessary connection between our devices and the power source.

What makes the 2 pin power cable so fascinating is its simplicity. With just two pins, this cable can transmit electrical current to power a wide range of devices, from laptops and televisions to smartphones and game consoles. It may seem like a small thing, but without it we would be left in the dark - quite literally! In today's fast-paced world where we rely heavily on technology, having a reliable and efficient power supply is essential.

But what sets the 2 pin power cable apart from other types of cables? One major advantage is its compact size. The two pins allow for easy insertion into standard sockets without taking up too much space. This makes it ideal for traveling or situations where space is limited. Additionally, its simple design means it is less prone to damage or wear and tear compared to more complex cables with multiple connectors.

The humble 2-pin power cable may not be the most glamorous or talked-about piece of technology, but it plays a crucial role in our modern lives. From charging our smartphones to powering small appliances, this unassuming cable connects us to the world of electricity. Its simplicity is its strength - with just two pins and a flexible cord, it effortlessly carries electrical current and allows us to tap into the energy that drives our devices.

One interesting aspect of the 2-pin power cable is its universality. It seems like no matter where you go in the world, you can almost always find an outlet that matches this simple design. This standardization has simplified power supply logistics and made it easier for manufacturers to produce devices for global consumption. It's also worth noting that despite being widely used, these cables often go unnoticed by users who take their reliability for granted.

Another fascinating feature of the 2-pin power cable is its potential for customization and personalization. While most people are content with using generic cables that come with their devices, there is a growing market for specialized and aesthetically pleasing options. Some companies now offer cables in various colors or patterns to match individual preferences or blend seamlessly with home decor. This customization not only adds a touch of personal style but also offers practical benefits such as easy identification when multiple cables are plugged into an outlet.

Although often overlooked, the 2 pin power cable plays a vital role in keeping our electronic gadgets up and running smoothly. Its simplicity and compact size make it an indispensable accessory for any tech-savvy individual.

Is it safe to use a 3 pin power cable on a 220v to 110v transformer for a water distiller? As long as the transformer is rated for your distiller's voltage and power consumption, yes. However, it's important to follow all safety precautions when using a transformer to avoid overloading and overheating. You should always check the manufacturer's specifications for your specific device. And remember to always unplug your equipment when you're not using it. Otherwise, you could cause a short circuit that can result in damage to your device or personal injury. Also, you should only use an extension cord or adapter that is rated for the voltage and wattage of your transformer. It's also a good idea to keep your power cords as short as possible to prevent overheating. You should also avoid using an extension cord that is damaged or frayed. You should never attempt to repair a power cord by yourself, as it may expose you to high levels of electricity and cause injury or even death. Instead, contact a professional electrician to inspect and repair the power cord for you.

[kablexofficial]

Cable Assembly 101: An Introduction to Cable Assemblies

Cable assembly is a collection of cables assembled into a single unit for a specific function. In addition to cable assemblies, other names for them include wiring looms and cable harnesses.

These cables are bundled together in precisely the right length and direction to make installation more straightforward and faster. Depending on the use, they frequently come in various sizes, colors, measurements, and cable constructions. These cable assemblies can be assembled with an overall sheath applied, taped, or connected with cable ties to group the cables, protect them, and make them more space-efficient. Depending on the application, the assembly may be equipped with various terminations, including plug or socket arrangements.

Components of a Cable Assembly

Cable assemblies comprise several components, including cables, connectors, pins, and protective coverings. Here is a brief overview of each element:

Cables: Cables are the primary component of cable assemblies. They are typically made of copper or aluminum and transmit electrical signals or power.

Connectors: Connectors are used to join two cables together. They are typically made of metal and can be designed to fit specific applications. Connectors can be either male or female and come in various sizes and shapes.

Pins: Pins make electrical connections between the cables and the connector. They are typically made of metal and can be either crimped or soldered onto the cable.

Protective Coverings: Protective coverings protect the cables and components from damage. They can be made of various materials, including braided sheaths, shrink wrap, or molded plastic.

Types of Cable Assemblies

There are several cable assemblies, each designed for a specific application. Here are a few of the most common types:

Power Cords: Power cords transmit electrical power from an outlet to a device. They are typically made of two or three cables and can come in various lengths and sizes.

Data Cables: Data cables are used to transmit data between devices. They can be either shielded or unshielded and are typically terminated with connectors, such as USB, Ethernet, or HDMI.

Aerospace and Military Cable Assemblies: Aerospace and military cable assemblies are designed to withstand extreme temperatures, shock, and vibration. They are typically made with specialized materials and are subject to strict quality control standards.

Medical Cable Assemblies: Medical cable assemblies are designed for use in medical devices and equipment. They must withstand sterilization procedures and meet strict safety and quality control standards.

Conclusion

Cable assembly are an essential component of many electronic devices and systems. They are made up of cables, connectors, pins, and protective coverings and are used in a wide range of applications, from simple power cords to complex aerospace and military applications. Cable assemblies offer several benefits over loose wires, including organization, durability, customization, and ease of installation. If you are considering using cable assemblies for your next project, work with a reputable supplier who can design and manufacture cable assemblies tailored to your specific application.

[rocautomation]

Get 1769 IQ32 Parts & Know Their Installation Process in Easiest Way

Looking to expand your PLC setup while maximizing space in close-fitting settings? Select this 32-channel digital input module from Roc Automation's Allen Bradley range. Its solid dimensions of 118mm (h), 52.5mm (w) and 87mm (d) build it a consistent choice in busy panels.

This 1769 IQ32 ControlLogix Modules Comprise Motion Control, Digital, Analog, Specialty I/O Module. Usage this module to achieve PLC automation tasks &enhance efficiency in industrial atmospheres.

All The Necessary Parts That Describe the IQ32 Module:

bus lever(with locking function), upper and lower panel mounting tab, I/O diagnostic LEDs, movable bus connector with female pins, module door with terminal identification label, stationary bus connector with male pins, upper and lower tongue-and-groove slots, nameplate label, upper and lower DIN rail latch, MIL-C-83503 connector, write-on label (user ID tag),

How To Do Compactlogix 1769 Module Installation -

Compact I/O is appropriate for use in any industrial situation when it can be installed in accord with these directions. Specifically, this apparatus is planned for use in clean, dry atmospheres and to routes not exceeding Over Voltage Category.

Know How to Prevent Electrostatic Discharge –

As Electrostatic discharge can harm integrated circuits or semiconductor device if you touch bus connecter pins. Follow these instructions when you handle this module:

Touch a grounded entity to discharge stationary potential.

Put on an appropriate wrist-belt grounding device.

Don’t touch circuit machineries inside the module.

Don’t touch this bus connector/connector pins.

If available, usage a stationary-safe work station.

When not in usage, keep this module in its static-safeguard box

Roc Automation is the perfect Automation parts store that has a different variety in I/O modules, PLCs, its components etc.

Perform System Assembly:

The module can be linked to the controller or an end-to-end I/O module before or aftermounting. To work with a system that is previously mounted, see Replacementof a Single Modulewithin a System.

TheseFollowing Procedure Displays You How to Assemble This Compact I/O System-

1. First Disconnect power.

2. Check the bus lever of this module to be mounted is in the unlocked (fully right) place.

3. Use the upper & lower tongue-&-groove slits to protect the modules together.

4. Change the module back along the tongue-&-groove holes until the bus connecters line up with each other.

5. Now Push the bus lever back slightly to clear the aligning tab. You can use your fingers or asmall screw driver.

6. To permit communication between the controller and the module, change the bus lever completely to the left until it clicks. Make sure it is locked definitely in place.

Note: When assigning I/O modules, it is very significant that the bus connectorsare strongly locked together to confirm proper electrical connection.

7. Connect an end lid terminator to the last module in the system by using thetongue-&-groove slots as before.

8. Latch the end cap bus terminator

Important: A 1769-ECL or 1769-ECR or right or left end cap should be used to terminatethe end of the serial communication bus.

To make an order, pay a visit to ROC Automation

[anantradingpvtltd]

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[fibermarts]

Get an Overview of the MPO or MTP Trunk Cables

In situations with high levels of cabling density, such as data centers, MPO, or MTP trunk cable are frequently employed. A competent technician must carefully terminate each fiber in a traditional, tightly buffered multi-fiber connection. The pre-terminated MPO cable has numerous fibers and transports them. MPO/MTP connections that have been factory terminated typically contain either a 12 or 24-fiber array.

Due to the common confusion between the terms MPO and MTP, several of our clients have asked us to clarify the differences between the two. MTP is a registered brand of a company that makes an MPO connection, whereas MPO is a type of fiber connector. While not all MPOs are MTPs, all MTPs are MPOs.

It meets MPO specifications. Termination of Multiple Fibers MTP is an abbreviation for "push-on" connection. Exact mechanical and optical specifications are met by MTP connectors. Patents protect a few of these aspects. The two connections hardly vary from one another to the unaided eye.

The MPO trunk cable comes in both male and female varieties. The two alignment pins sticking out of the ferrule's end identify the male connection.

Trunk cable solutions from Optec's MTP / MPO series offer an effective approach to swiftly installing a lot of cables while yet offering great flexibility for unplugging and reusing. It is particularly well suited for applications that call for high performance, fast deployment, and high density.

These high-performance, factory-tested assemblies are available in lengths and combinations that the client specifies, and they are pre-terminated with 12-fiber MTP / MPO connectors.

OM3/OM4 multimode cables terminated with MTP/MPO connectors are frequently used in MTP/MPO trunk lines, even though they can also be single mode. While fibers are joined straight through in technique A, they are connected reversely in method B. The fibers are reversed in pairs in procedure C.

They are made to offer high-density connections between network equipment since a single MTP/MPO fiber trunk cable may combine 12, 24, 48, or 72 fibers in a single interface. They also employ a straightforward push/pull latching mechanism for quick insertion and removal. As a result, installation time may be shortened and costs can be reduced.

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[lemicable]

What is a Micro To USB Cable?

Micro USB Cable is a miniature version of the Universal Serial Bus (USB) interface designed for connecting small and mobile devices including smartphones, MP3 players, GPS devices, picture printers, and digital cameras. There are three sorts of miniature USB connectors: miniature A, miniature B, and miniature USB 3. The USB 3 micro is similar to the micro B, but it has an extra pin group on the side for twice the wires, allowing USB 3 to run faster.

The tiny versions, like normal USBs, are plug-and-play and hot-swappable. Compaq, IBM, DEC, Intel, Microsoft, NEC, and Northern Telecom collaborated on the USB peripheral bus standard. All computer and device manufacturers can use the technology for free.

What are the Types of Micro USB Cables?

Let's learn a little about the USB connection standard before we get into the different varieties of micro USB cables. Some IT companies established USB connections in 1994 as a single connecting standard for exchanging data and electricity.

These micro USB cables are commonly used nowadays for a variety of devices and are available in several generations, including USB 1.0, 2.0, and 3.0. Micro USB 1.0 and 1.1 have a data transfer rate of 12 Mbps and are essentially obsolete. The most commonly used cable is USB 2.0, which has a transfer rate of 480 Mbps. USB 3.0 can transfer data at 5 Gbps, while USB 3.1 can transfer data at 10 Gbps. Micro USB cables have forward and backward compatibility, which means you can use them regardless of their generation (USB 2.0 or USB 3.0) as long as the connections are compatible.

The micro USB cables will automatically adopt the lowest USB standard when you are using cross-generation devices. Micro USB cables are also divided into three types: USB-A, USB-B, and USB-C, with distinct connections. You can tell the cables apart with your eyes, but you can't determine if they're USB 2.0 or USB 3.0 just by looking at them.

How do you choose which to purchase?

Micro USB cables can be used for a variety of purposes. Do you know that you may get a micro USB to HDMI adapter to instantly access all of your favorite films and movies? Please continue reading to learn more about micro USB cables their uses and which to buy.

Micro USB to HDMI Cable

The displays on tablets and phones allow you to view movies, play games, and watch videos. However, for many people, the screen size is insufficient, and they require something larger! Micro USB to HDMI cables let you connect MHL-enabled tablets and smartphones to HDMI-enabled TVs and other display devices.

It's a simple and inexpensive solution that doesn't require you to get tangled up in a tangle of cables. Play games, browse the internet, watch HD movies, look at photographs, and more on your TV's display. Both video and audio are supported by the micro USB to HDMI cable. Before purchasing the micro USB to HDMI converter, make sure your tablet or phone is MHL compatible.

Micro USB Extension Cable

Is the length of your micro USB cord too short for you? You can't charge your phone while sitting on the couch because the wire doesn't reach the wall outlet? A micro USB extension cord could help you address your problems quickly. The additional cable length acts as an extension between devices or cables, allowing you to cover more ground than you could with a single connection. On one end, the extension cables have a micro USB male port and a micro USB female port. You should analyze your data transfer demands before purchasing an extension cord that supports USB 2.0 or USB 3.0. The connections on the micro USB cables' ends also differ. Micro-A ports, micro-B ports, and some newer variants with a Type-C port are all available.

Before purchasing a micro USB extension cable, make sure the ports on the devices you want to connect are compatible.

Micro USB to Micro USB Cable

Micro USB to micro USB cables are used to transfer data or power between two devices. To exchange data or charge the device, you can connect two tablets, one tablet, a smartphone, or two smartphones. Both ends of micro USB to micro USB cables feature micro USB ports. One end of the cable is usually branded "Host," and it must be plugged into the master device.

The cable transmits power from the master device on the host end to the other device, as well as data in both directions. Micro USB to micro USB cables are useful in a variety of situations. In addition to connecting tablets and smartphones, you may also use external hard drives or SSDs to read and write data. A micro USB to micro USB cable can also be used to connect other devices. The cable, for example, can be used to connect keyboards, cameras, and controllers to your tablet or smartphone.

The accessories must include a micro USB port so that both devices can function properly.

Nylon is exceptionally respected for its solidarity and versatile stretch properties. Hence when utilized as a safeguard or link covering, nylon plaiting considers more grounded, more adaptable mechanical construction. The PVC material is hard-wearing and less inclined to tangling, in addition to the wire body is impervious to bowing for dependable execution. The link makes a reasonable answer for charging numerous Android Smartphones, workstations, Bluetooth speakers, and remote consoles.

[himatch]

What Are The Benefits Of Using USB C Connector Pin?

USB C Connector pin is a specification for a USB Connector device that is gaining popularity across smartphones and mobile units and is capable of each power delivery and data transmission.

What Is USB-C?

The USB-C is a exceptionally new standard which targets to provide high-speed facts transfer up to 10Gb/s alongside with power go with the flow capability of up to 100W. These aspects can make the USB-C a truly usual connectivity standard for the current devices.

USB Type C Benefits for Power Applications

A standard USB C female Connector homes 16 information transfer pins, four power pins, and four ground pins for a whole of 24 pins. Now with up to 240 W of power capability, USB Type C is a viable option for many functions needing good sized quantities of strength and can replace a preferred dc power Connector even when facts transfer is no longer required.

The largest advantage of using USB as an approach of power shipping is standardization. USB Connectors have become ubiquitous and the transition to Type C is shortly gaining momentum. Many new phones and cellular devices are already transported with USB Type C, plus there is an increasing possibility that the EU will move to undertake the Type C Connector as the charging standard for all units in the future. The promised convenience of utilizing a single, off-the-shelf Cable type for many distinct products is extremely enticing to an end-user. From an OEM standpoint, these Connectors, each power solely and data+power, are easy to locate with a very stable provide chain as the standardization guarantees a sure level of interoperability. The general also ensures handy design integration and Type C has a good deal smaller footprint than many barrel Connectors. Finally, USB Type C Connectors are robust with a ranking of 10,000 mating cycles, ensuring a long and useful life.

[geturnitro]

Sata psu power to 4 pin molex connector adaptor

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The 4 pin floppy adapter is simply a nifty little cable that turns a 4 pin power supply plug into 4 pin mini plug required by floppy drives and as an added bonus it also provides two normal 4 pin connectors.Ĥ Pin to 8 Pin Female EPS 12" Adapter Cable The 4 Pin and SATA Data to Combined SATA 22 Pin Power / Data Cable powers your SATA device using a standard 4 Pin power connector and makes installation easy with only one connector to plug into the SATA device. Power wires come sleeved in black from factory.Ĥ Pin and SATA Data to Combined SATA 22 Pin Power / Data Cable (SATA15PWD-75) The 4 Pin and SATA Data to Combined SATA Power / Data Cable powers your SATA device using a standard 4 Pin power connector and makes installation easy with only one connector to plug into the SATA device. The 12" 8 Pin EPS Extension Cable is great for hiding your power cables - you can make your power cable long enough with this cable to route it behind the motherboard tray.Ģ4" Slim SATA 6 Gbps(7+6 pins) and SATA power combo cable (GC24SATA67) The 12" 6 Pin PCI-Express Extension Cable is great for hiding your power cables - you can make your video power cable long enough with this cable to route it behind the motherboard tray.ġ2" 8 Pin EPS Extension Cable - 8 Pin to 4+4 Pin (CB-8M-8F) ModRight CableRight Single Braid 6-Pin PCI-E Extension - Greenġ2" 6 Pin PCI-Express Extension Cable (CB-6M-6F) ModRight CableRight Single Braid M/B 24-Pin Extension Cable - Black Very useful if you wish to use a newer mobo with an older PSU. This cable converts a molex power input into one 8-pin 12V Power Connector. ModRight has done it again with the Single Braided CableRight Series! Now all your extension and adapter cables are available factory sleeved in colors single braid style! These cables are 310mm in length and have all black connectors stock! You can change the connector color in the options below.Ĥ-pin Molex to 8-pin 12V Power Connector (PP-P4XEON) ModRight CableRight Single Braid M/B 24-Pin Extension Cable - Blue

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[jerry618]

Which is Better for LED Video Walls: DisplayPort or HDMI?

Email: sale05@xygledscreen.com

WhatsApp & Wechat: +86 18038197291

www.xygledscreen.com

From home theater enthusiasts to computer gurus, you won’t find many electronics buffs who don’t applaud the advent of HDMI (High Definition Multimedia Interface) connectors. In the days of analog audio and video, the end user was forced to send these signals separately to video displays and audio equipment, with video typically transferred via component connections and audio sent through multiple RCA cables. When digital audio and video arrived, hobbyists and professionals alike were able to connect devices in different ways, including through DVI, SPIDIF, coaxial and, finally, HDMI, the latter of which promised a new era of connection flexibility and installation ease.

And, make good on that promise HDMI did – indeed, finally there was a connection type that could pass all manner of audio and video signals over one cable, rendering home theater and commercial installation projects a proverbial cinch to complete while eliminating the proverbial rat’s nest of wiring previously associated with large installs. From A/V receivers and satellite/cable boxes to Ultra HD televisions, projectors and beyond, HDMI was often dubbed the best thing to happen to the connection cable world.

Yet as the HDMI spec evolved, so did its application blueprint, to the point that we’re now looking at which is better DP or HDMI for LED video walls, which is the topic of discussion for this article. We’ll be focusing on understanding both these choices, how to choose the right one for different applications, the difference between resolution and refresh rate and more.

I. Understanding DisplayPort and HDMI

HDMI and DisplayPort are two standards for connecting devices such as computers, laptops and game consoles to televisions, monitors and projection systems, and each come with advantages and disadvantages. While HDMI, as we suggested above, is the reigning king of compatibility and convenience, power users often cite things that are more appealing about DisplayPort.

These competing display connection standards transmit – as we also hinted at in the introduction portion – both video and audio signals over a single male/male cable to respective female ports on the source device/display, albeit with different “pin” patterns. They’re both physically sturdy and easy to connect, boasting backward and forward compatibility; HDMI uses standard and mini-connectors while DisplayPort uses DisplayPort, Thunderbolt/Mini DisplayPort and USB 3 connections.

DisplayPort wins the spec war over HDMI, even though not all ports and cables are the same for both, given that they have several version revisions. Let’s now take a brief look at some technical details for these connectors.

HDMI boasts four revision groups as of 2021:

• 1.0-1.2: 4.95 Gbps of data bandwidth that supports 1080p at 60 Hz

• 1.3-1.4: 10.2 Gbps of data bandwidth that supports 1080p up to 144 Hz and 4K at 30 Hz

• 2.0: 18.0 Gbps of data bandwidth that supports 1080p at 240 Hz, 4K at 60 Hz and HDR

• 2.1: 48 Gbps of data bandwidth that supports 4K at 144 Hz and 8K at 30Hz

DisplayPort boasts five revision groups as of 2021:

• 1.0-1.1: 10.8 Gbps of data bandwidth that supports 1080p at 144 Hz and 4K at 30 Hz

• 1.2: 21.6 Gbps of data bandwidth that supports 1080p at 240 Hz, 4K at 75 Hz, and 5K at 30 Hz

• 1.3: 32.4 Gbps of data bandwidth that supports 1080p at 360 Hz, 4K at 120 Hz, 5K at 60 Hz and 8K at 30 Hz

• 1.4: 32.4 Gbps of data bandwidth that supports up to 8K at 60 Hz and HDR

• 2: 80.0 Gbps of data bandwidth that supports up to 16K at 60 Hz with HDR on and up to 10K with HDR off at 80 Hz

Another important factor to note before we move on is that an HDMI port can only connect to one screen, while DisplayPort features Multi-Stream Transport (MST) for multiple screens and daisy-chaining. Further, DisplayPort can connect to four screens at once – though because DisplayPort splits bandwidth between the displays, results will vary depending on the setup.

II. Comparison Chart of DP and HDMI

DisplayPort

HDMI

Release Date

November 2017

March 2016

Audio Support

Up to 23 Audio Channels

Up to 23 Audio Channels

Maximum Bandwidth

48 Gbps

32.4 Gbps

HDR Support

Dynamic

Static/Standard

Number of Supported Displays

One

Up to Four

Audio Return Channel

Equipped with Enhanced ARC

No

Gaming

Ideal for Xbox Series X/S, PlayStation 5

Ideal for PC/Casual Gaming

Availability

Widely Available 

Gaming and Workstations

Use Cases

-Computer Gaming

-Laptop Docking with Multiple Monitors (for two or more external screens)

-Workstation with Three or More Displays

-Apple Monitors (these devices don’t support HDMI) 

-Console Gaming

-Connecting Laptop to Projector/TV

-Laptop Docking for Single Screen

III. Choosing the Right Option Based on Application

The market availability of HDMI 2.1 – the latest spec – compared to DisplayPort 1.4 is a statement of its use case, market share and how likely you are to find it in retail stores. DisplayPort is readily obtainable in the market, but is limited to workstations and gaming for the most part; this is why it has been the ideal data transmission cable among gamers for years.

On the other hand, HDMI 2.1 can be leveraged for different use cases and settings, though it is also popular amongst gamers, workers and individuals running high-resolution monitors and televisions – including LED video walls.

III-A. Resolution and Refresh Rate

Knowing the type of resolution your preferred cable supports is an important factor that needs to be considered before purchasing any, especially if you already have a display technology you intend to utilize. To put it more succinctly, DisplayPort 1.4 supports 4K resolution at 120Hz and 8K resolution at 60Hz, while HDMI 2.1 supports these resolutions at better refresh rates with a maximum resolution of 10K.

When we speak of “refresh rate,” we’re referring to how often a display device shows an image within a time frame of one second. This figure is measured in “hertz” (Hz) and determines whether there will be lag and increased latency in a video output or not; for example, if a transmission tech boasts a refresh rate of 60Hz, it means it draws or displays 60 images every second. In the HDMI vs. DisplayPort debate, both have impressive rates, but as the resolution under consideration increases, the refresh rates drop significantly. DisplayPort max refresh rates exist in 1080p resolution, and as the resolution gets higher to 1440p, the refresh rate drops to 144Hz and to 120Hz for 2K; conversely, this is quite different from HDMI 2.1, which boasts an overall maximum refresh rate of 240Hz. The difference here is that HDMI 1440p max refresh rate is the same as 1080p and 2K, which is 240Hz, yet the HDMI 4K max refresh rate stands at 120Hz.

III-B. Content Source and Cable Length

The DisplayPort standard pegs optimum data transmission at approximately three (3) meters of cable length, however, the cable can be extended up to 20 meters while allowing, at the very least, a high-definition resolution. The HDMI standard does not specify exact dimensions and capabilities in terms of cable length, though generally they’re shorter than DisplayPort cables and normally come in two (2)-meter lengths for optimum performance.

DisplayPort may not be commonly found on mainstream devices such as gaming consoles, monitors, graphics cards and televisions, but its connectors are common in devices priced higher than average, such as gaming monitors and high-end graphics cards. HDMI connectors come in four sizes – standard, mini, micro and automotive – with each serving a unique purpose; standard HDMI connectors or Type A HDMI connectors are typically used by corporations and personal users. They connect source devices such as gaming consoles and Blu-ray/Ultra HD Blu-ray players to monitors, televisions and projectors.

III-C. Additional Features

DisplayPort connectors have 20 pins, with two sizes available, the standard DisplayPort and a smaller alternative made by Apple called Mini DisplayPort; the latter is the same port as the Thunderbolt variant. While HDMI connectors are typically comprised of 19 pins, the lesser-known Type B variant boasts 29 pins and is used for dual-link applications, whereas the Type E has a locking tab to keep the cable from vibrating loose in automotive applications.

III-D. Compatibility

A question we often hear is: “Can I connect a DisplayPort to an HDMI monitor?” and our answer is always the same – yes and no.

For the record, a DisplayPort signal is not compatible with HDMI, but if the DisplayPort output is a dual mode variant, it has the ability to recognize and adjust the signal to HDMI when a passive adapter cable is connected. From our experience, sometimes this will work and sometimes it won’t; if the DisplayPort graphics card is only a single mode variant, then you must use an active adapter or converter.

Both HDMI and DisplayPort technologies have improved dramatically in recent years, and that shows no signs of slowing down. Between HDMI 2.1 nearly tripling the data rate and bandwidth of version 2.0 – and doubling the capabilities of DisplayPort 1.4 – and expanding support for other visual enhancements like dynamic forms of HDR (Dolby Vision/HDR10+) for richer colors, variable refresh rates for smoother gaming, reduced latency for gaming, faster source media switching and enhanced audio, the future is definitely in the hands of these pin-oriented connectors.

[nzdepot]

$13.65 $ StarTech PYO4SATA 4x SATA Power Splitter Adapter https://nzdepot.co.nz/product/startech-pyo4sata-4x-sata-power-splitter-adapter/?feed_id=137032&_unique_id=65aad4f7b866b Features: The PYO4SATA SATA power splitter cable (1-to-4) features a SATA male power connector that connects to a single computer power supply SATA connector, and breaks out into four SATA female power connectors. The SATA power splitter cable overcomes the limit of the number of SATA devices, such as SSD drives or SATA optical drives that can be installed in the system, based on available PSU power connections. The cable eliminates the cost of having to upgrade the power supply to accommodate additional SATA drives. Specifications: Connector A 1 – SATA Power (15 pin) Plug Connector B 4 – SATA […] #