Upgrade Version 270 Degree NGFF M.2 M-Key NVME SSD Extension Cable Left Steering with LED Status Indicator

Upgrade Version 270 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 left turn extension solution that focuses on the flexible installation needs of M.2 NVMe SSDs, designed to solve the constraints of ITX chassis space, the challenges of upgrading old platform storage, and the pain points of non-standard deployment of industrial equipment. By adopting a unique left turn design and flexible wiring, the M.2 SSD's direct insertion limitation is broken, allowing for more flexible deployment of high-speed storage and adapting to users who pursue ultimate space utilization, personalized customization, and stable operation in industrial scenarios, unleashing the high-speed potential of NVMe SSDs.

Full specification coverage, compatible with no dead corners:

Full support for 2230/2242/2260/2280 M.2 NVMe SSDs (Key-M interface), from mini slim and light laptop detachable 2230 short drives to consumer mainstream 2280 long drives, all can be stably connected. Deeply adapted to NVMe protocol, compatible with PCIe 4.0 and below versions, ensuring lossless release of SSD native performance. CrystalDiskMark's measured read and write speed is consistent with that of a straight in motherboard, meeting the strict requirements for storage performance such as game loading and video editing.

Adopting an L-shaped left turn structure and flexible cable (length adapted for compact scenes), reshape the SSD installation position:

ITX chassis optimization: In 1U servers and desktop small steel cannons (such as A4 chassis), avoid hardware stacking areas such as CPU heat sinks and graphics cards, and move SSDs "left" to the empty space of the chassis. Even if a large-sized 2280 SSD is installed, it can perfectly adapt to narrow layouts, solve hardware interference and poor heat dissipation problems, and create a compact high-performance host.

Renewal of old platforms: For old motherboards such as B75 and Z97 that do not have M.2 slots or have poor slot positions, the SSD can bypass obstacles such as capacitors and heat sinks by turning left to extend and directly connect to the motherboard PCIe channel, achieving low-cost storage performance transition on old platforms. The system boot time has been shortened from 20+seconds in the SATA era to 8 seconds in the NVMe era.

Industrial scene adaptation: In industrial control computers and intelligent devices, flexible cables can be used to bypass moving parts (such as robotic arm tracks), fit irregular structures for installation, adapt to a wide temperature environment of -20 ℃~60 ℃, ensure stable operation for 7 × 24 hours, and meet the high reliability requirements of industrial data collection and log storage.

Equipped with a complete installation kit, including adapter extension cables, fixing screws, and specialized screwdrivers, no additional accessories are required. The installation process is simple: align the M.2 Key-M interface and insert the SSD, connect the adapter board to the motherboard slot, and tighten the screws. The 3.3V Power LED status light provides real-time feedback on the power supply status, and even novice users can complete deployment in 5 minutes, quickly activating high-speed storage and adapting to emergency upgrades, temporary expansion, and other scenarios.

Signal integrity: The flexible ribbon cable adopts high-frequency and low loss wires, matched with impedance matching design, effectively suppressing signal interference and attenuation, ensuring high bandwidth transmission under PCIe 4.0 protocol (such as continuous reading of over 7000MB/s), and providing stable high-speed storage support for 4K video editing, large game loading, etc.

Hardware protection: The adapter board is made of industrial grade PCB material, which has good heat and moisture resistance performance; The 3.3V Power LED status light provides intuitive monitoring of power supply, and can quickly identify abnormal power outages, ensuring data security and stable device operation.

Application scenarios:

ITX Mini Installation: In the compact ITX chassis, avoid hardware stacking and flexibly arrange SSDs to create a "small yet powerful" mini gaming console that runs 3A games smoothly.

Old platform upgrade: Install NVMe SSDs on old motherboards without M.2 slots or with poor slots to improve system performance at a low cost, allowing old computers to return to the "productivity first tier".

Industrial equipment renovation: adapted to non-standard installation environments such as industrial computers and intelligent storage equipment, ensuring stable storage in wide temperature and vibration scenarios, and assisting in industrial data collection and operation log storage.

Creative MOD installation: When MOD players create transparent chassis and suspended structure hosts, they use a left turn design to place SSDs in the visual focus position, balancing performance and appearance, and achieving personalized customization.