LRNV9F24
LRNV9F24 PCI Express 4.0 x16 to Two SlimSAS SFF-8654 8i Retimer Adapter

Product Description

LRNV9F24 is a signal retimer adapter used to secure the link budget to meet the challenging signal integrity requirements for long PCIe Gen4 channel comprising PCB, connector and cable. It uses advanced signal conditoning techniques to compensate for the channel atenuaaon and remove the impacts of various jij er sources. It connects NVMe SSD or PCIe connectors via SlimSAS connector (SFF-8654).

LR-LINK LRNV9F14 PCI Express x16 to Two SlimSAS SFF-8654 8i Adapter: LRNV9F14

Applications

It is targeted for meetng the higher performance PCIe Gen4 interconnecton needs of the following end applicaaons:

The Motherboard with CPU and BIOS needs to support bifurcaton to ensure PCIe x16 link width to bifurcate two x8 link width or four x4 link width for NVMe SSD, Otherwise this card can only support One PCIe x8 link width. Suitable for higher performance of PCIe Gen4 connectons for Storage Servers, Data Center, Servers RAID and Controllers.

Functonal Characterisscs

- High Performance Retimer

Compensate for channel loss up to 30dB by comprising PCB,

connector and cable

Eliminate deterministc and random jitter

- PCIe Standards and Compatbility

Supplemental Features and Standard BGA

- Clocking

Use standard 100MHz reference clock

Supports the optonal SRIS feature (Separate Reference Clock Independent Spreading)

Support 100MHz reference clock output

- Directly connected to PCIe 4.0 U.2 NVMe SSD by SFF-8654 8i to 2x SFF-8639 cable

- Support bifurcated in quad x4 data link width configuraaon(CPU and BIOS both support)

- Support bifurcated in two x8 data link width configuraaon (CPU and BIOS both support)

- Build in SlimSAS(SFF-8654) 8i connector 2 sets, pin-out defined by SFF-9402 for high-performance storage connectvity

- Eight internal lanes per SlimSAS 8i port, 128Gb/s per port

- PCIe Standard Full-profile bracket pre-installed and also a low-profile bracket for small form factor computer.

Expansion Solution 1

Expansion Solution 2

Expansion Solution 3

Expansion Solution 4

Expansion Solution 5