Mellanox MCP1600-E003 Passive Copper Cable, VPI, up to 100Gb/s, QSFP, LSZH, 3m
MPN: MCP1600-E003
Out of Stock
Highlights
- Product Type: Network Cable
- Cable Type: QSFP
- Cable Length: 9.84 ft
- Condition: New
B2B pricing options available.
SabrePC B2B Account Services
Save instantly and shop with assurance knowing that you have a dedicated account team a phone call or email away to help answer any of your questions with a B2B account.
- Business-Only Pricing
- Personalized Quotes
- Fast Delivery
- Products and Support
Need Help? Let's talk about it.
Please log in to add an item to your wishlist.
MPN: MCP1600-E003
$139.15
Mellanox MCP1600-E003 Passive Copper Cable, VPI, up to 100Gb/s, QSFP, LSZH, 3m
Out of Stock
Highlights
- Product Type: Network Cable
- Cable Type: QSFP
- Cable Length: 9.84 ft
- Condition: New
Overview
Specifications
Mellanox's LinkX passive copper cables provide robust connections for leading edge 100Gb/s systems. Passive copper cables require no additional power to ensure quality connectivity. The 100Gb/s passive
copper cables are fully compliant with SFF-8436 specification and provide connectivity between devices using QSFP ports. Mellanox's LinkX 100Gb/s passive copper cables fill the need for short, costeffective connectivity in the data center.
Mellanox's high-quality solutions provide a power-efficient replacement for active power connectivity such as fiber optic cables for short distances.
Optimizing systems to operate with Mellanox's LinkX 100Gb/s passive copper cables significantly reduces power consumption and EMI emission
copper cables are fully compliant with SFF-8436 specification and provide connectivity between devices using QSFP ports. Mellanox's LinkX 100Gb/s passive copper cables fill the need for short, costeffective connectivity in the data center.
Mellanox's high-quality solutions provide a power-efficient replacement for active power connectivity such as fiber optic cables for short distances.
Optimizing systems to operate with Mellanox's LinkX 100Gb/s passive copper cables significantly reduces power consumption and EMI emission