Upgrade Version 180 Degree NGFF M.2 M-Key NVME SSD Extension Cable 3.3V Power LED Status Light

Upgrade Version 180 Degree NGFF M.2 M-Key NVME SSD Extension Cable.
 

Product description

1. Only supports nvme SSD expansion, it cannot convert NVME to SATA.

2. Extend NVME from 2230/2242/2260/2280 Type socket to 2280 Type cable.

3. Supports NVMe Express (NVMe) 1.4 Data transfer rate up to 64Gbps.

4. Built in flexible PVC design, lightweight and compact cable, using four layer circuit board, gold plating process, stable signal transmission, PCle high-speed data signal increase technology.

Package Content:

1x M.2 NVMe SSD Extension Cable

1x Screw Driver.

4x M2 Sliver screw.

1x standoff.

 
This is a 180 ° steering extension solution designed specifically for M.2 NVMe SSDs, focusing on solving the problems of limited space and interface conflicts during installation. Whether it's the ultimate layout of ITX chassis that requires every inch of land, the adaptation needs of upgrading old motherboards to high-speed storage, or non-standard installation scenarios in industrial equipment, M.2 NVMe SSDs can break through physical limitations and flexibly integrate into various hardware environments through 180 ° flexible adapters, unleashing the high-speed transmission potential of PCIe.
 
Core design highlights
 
1.Accurate protocol adaptation, rejecting performance compromise.
 
Only supports NGFF (M.2) Key-M interface (NVMe protocol), completely abandoning SATA compatibility and focusing on serving PCIe channel SSDs. Strictly following the M.2 electrical specifications to ensure stable transmission of PCIe 4.0 (backward compatible with 3.0/2.0) signals - when paired with flagship NVMe SSDs, CrystalDiskMark has been tested to continuously read over 7000MB/s with 4K random performance without degradation, allowing speed sensitive scenes such as game loading and video rendering to always maintain a "full health" state.
 
 
180 ° turn+flexible cable arrangement, space magic hand.
 
Adopting a 180 ° right angle adapter design and flexible flat cable (length suitable for compact scenarios), the SSD installation direction is completely twisted to solve three major spatial pain points:
 
1. ITX chassis obstacle avoidance: In 1U servers and mini hosts (such as A4 chassis), avoid CPU heat sinks, graphics cards, and SATA cable congestion areas, and "translate" SSDs to idle corners of the chassis. Even if 2280 long size disks are installed, they can perfectly adapt to small spaces and bid farewell to the heat dissipation and installation problems caused by hardware stacking.
 
2. Old motherboard upgrade compatibility: For old platforms such as B85 and Z97 that do not have M.2 slots or have slots blocked by capacitors or heat sinks, the SSD can bypass obstacles and directly connect to the motherboard PCIe channel through a 180 ° turn, achieving a low-cost cross generation upgrade of "old platform+high-speed storage". The system startup speed has jumped from 20+seconds in the SATA era to 8 seconds in the NVMe era.
 
3. Flexible deployment of industrial equipment: Within industrial computers and intelligent terminals, flexible cables can be used to bypass moving parts (such as robotic arm tracks), fit irregular structures for installation, adapt to a wide temperature range of -20 ℃~60 ℃, ensure stable operation for 7 × 24 hours, and meet the stringent requirements of industrial data collection and log storage.
 
NVME SSD full-size adaptation:
 
Compatible with 2280 specification M.2 NVMe SSD (22 × 80mm), accurately targeting mainstream consumer and industrial SSD sizes. Through hardware limitations and labeling, and compatibility with compatible sizes such as 2230/2242/2260, installation is made simpler and more accurate - simply connect the SSD without repeatedly checking the size, suitable for scenarios such as game laptop disassembly disks and brand new retail high-speed disks.
 
Visual power supply+minimalist installation:
 
3.3V Power LED status light: automatically lights up after power on, providing intuitive feedback on the SSD power supply status. When troubleshooting, there is no need to disassemble the device for testing, and it can identify whether it is powered on at a glance, adding a visual insurance for data security.
 
Tool free quick installation design: The adapter board has preset fixing holes, and after inserting the SSD into the Key-M slot, only 2 screws are needed to fix it (the package includes screws and a screwdriver). From unpacking to installation, it can be completed within 3 minutes. Even novice users can easily activate high-speed storage and adapt to emergency upgrades, temporary expansion, and other scenarios.
 
 
Scenario based application solution
(1) ITX Mini Host "Extreme Compression"
In the ITX chassis with a volume of only 10L, the M.2 slot of the motherboard is blocked by the graphics card heat sink. Using this extension cable, turn the 2280 NVMe SSD 180 ° and extend it to the empty area at the bottom of the chassis, avoiding heat dissipation modules and cables. At the same time, it supports the installation of SSD independent heat sinks to ensure temperature control during high-speed reading and writing, creating a "small and comprehensive, small and fast" mini game console that smoothly runs 3A masterpieces such as "Black Myth: Wukong".
 

(2) Old platform 'resurrected' transformation.
The B75 motherboard only supports SATA interface, and the original SATA SSD has a read speed of 500MB/s. By using this extension cable adapter and installing a 2280 NVMe SSD as the system disk, the read speed in PCIe 3.0 channels has exceeded 3000MB/s, the system boot time has been reduced from 20 seconds to 7 seconds, and the efficiency of office software startup has been improved by 70%. This has enabled old computers that have been in service for over 10 years to return to the "first tier of productivity".
 

(3) Stable Responsibility for Industrial Data Collection.
In the intelligent storage AGV car, the internal space is occupied by batteries and control modules, and the traditional M.2 installation position conflicts with the moving parts. Using this extension cable with a 180 ° turn and flexible wiring, the SSD is installed in close proximity to the metal frame, avoiding the movement trajectory of the robotic arm while withstanding the vibration and wide temperature environment during equipment operation. It stably stores cargo identification data and operation logs, ensuring reliable operation of the AGV 24/7.