NETGEAR ACC763-10000S 100GBase direct attach cable - 3 m

Netgear ACC763-10000S

100GBase Direct attach cable (3 m)

The Netgear ACC763-10000S is a high-performance **Passive QSFP28 Direct attach cable (Dac Cable)** designed for short-distance, high-speed network connections. This cable provides a cost-effective and energy-efficient solution for connecting network equipment, such as switches, routers, and servers, within a single rack or between adjacent racks. Its passive design means it has no active electronic components, which results in lower power consumption and less heat generation compared to active cables or transceiver-plus-fiber setups.

This cable is an ideal choice for streamlining installations in data centers and high-density computing environments. Its pre-terminated design ensures a quick and easy plug-and-play setup, while its robust construction provides a reliable and stable connection for mission-critical applications.

Features :

The **ACC763-10000S** supports a blazing **100 Gbps** data rate, providing the bandwidth necessary for today's most demanding applications. It features **QSFP28 connectors** on both ends, ensuring broad compatibility with a wide range of 100G network equipment. The cable's passive design makes it a highly reliable and low-latency solution. With a length of **3 meters (9.8 feet)**, it is perfectly suited for in-rack connections, minimizing cable clutter while providing a clean and professional installation.

Advanced Options :

Using a Passive QSFP28 Dac Cable is a strategic choice for building high-speed network architectures like spine-and-leaf topologies within a data center. It provides a simple and economical way to create high-bandwidth links between switches or between a switch and a high-performance server. Because the cable is passive, it requires no power to operate, which translates to a lower total cost of ownership and a more environmentally friendly network. This makes it the perfect solution for providing high-speed, short-distance connectivity without the added cost and complexity of separate transceivers and fiber optic cables.