Product Description

FH4020 is a high-performance OcuLink PCIe communication daughter card, specifically designed for FPGA development platforms, providing stable and high-speed data communication solutions. The product offers two standard SFF-8612 OcuLink interfaces, supports PCIe 3.0 protocol, and can connect to FPGA development boards via standard FMC HPC interfaces.

FH4020 has a standard FMC HPC interface that can be connected to the ALINX FPGA carrier board for use.

Applications

? Data Acquisition Systems
? Communication Test Equipment
? Image Processing Systems
? Prototype Verification Platforms

Key Features

? 2x SFF-8612 OcuLink Interfaces
? PCIe 3.0 Communication Protocol
? FMC HPC Interface
? 8 Gbps Single Lane Rate
? 32 Gbps Single Path Total Bandwidth
? 100MHz Differential Crystal Oscillator
? Supports Endpoint and Root mode switching
? Dimensions: 76.5 x 69mm form factor

Caractéristique technique	Valeur
ID de l’art.	103771
État
Modèle	FH4020
Fabricant	Alinx Electronic Limited
Pays de fabrication	Chine
Contenu	1 pièce
Poids	1000 g

Functional Block Diagram

Click on the image to view a larger image.

Not all features are available simultaneously – please check the documentation for any applicable constraints.

All specifications are subject to change without notice. Please verify component specifications with vendor's datasheets.

ALINX provides product user manuals for each product.

What's Inside the Box

FMC Cards	1

Alinx Electronic Limited

Alinx FH4020 FH4020 FMC Card - Dual OcuLink PCIe 3.0 FMC Card

The FH4020 is a high-speed communication daughter card featuring dual OcuLink PCIe 3.0 to FMC HPC interface, designed for FPGA platforms

Référence de l’article: VAR-827004358

Numéro de produit du fabricant: FH4020

Code douane:

Niveau de stock: 0

Retard d'expédition prévu au-delà du stock disponible: jusqu'à 2 semaines

L'article est expédié depuis Riedlingen, en Allemagne.

0,00 EUR ^*

Contenu 1 pièce

* Hors TVA hors Frais de livraison

Articles fréquemment consultés

Vous aimerez peut-être aussi