PNY NVIDIA Ampere NVLink, 1-slot, 3-pack

The PNY NVIDIA Ampere NVLink 1-Slot 3-Pack (NVLA100LC-1SLOT-3PCK) is a hardware interconnect for professional workstations and servers. It provides a direct data path between compatible NVIDIA Ampere graphics cards, bypassing the standard PCIe bus for higher bandwidth. The 1-slot design requires specific spacing between installed GPUs to ensure a secure fit. The bridge synchronizes memory and processing power across multiple units for tasks such as AI training, inference, and data processing. It is intended for the high data throughput required by large-scale rendering and scientific simulations. Providing a low-latency connection, the bridge supports more efficient multi-GPU scaling than software-only configurations. Each bridge is built to maintain consistent signal throughput during sustained, heavy workloads.

This kit contains three bridge units for multi-card configurations or as replacements for system maintenance. The black housing fits standard professional GPU designs and server chassis. Each bridge is 111.76 mm high; check this against your host machine's internal clearance before installation. The hardware is compatible only with NVIDIA Ampere cards that have the necessary NVLink gold fingers. The total weight of the three-pack is 528 g, reflecting a robust design for static installation in fixed workstations. Install the bridge by aligning the connectors with the top-mounted interface on the graphics cards. These bridges are required for applications that use NVLink for peer-to-peer data transfers.

• Ampere architecture support: for specific multi-GPU professional configurations.
• 1-slot bridge profile: matches precise GPU spacing on compatible motherboards.
• Three-unit pack: provides multiple interconnects for complex workstation setups.
• NVLink technology: enables high-speed, peer-to-peer data exchange between graphics processors.
• Black finish: provides a neutral appearance in professional systems.
• 111.76 mm height: fits standard server-grade chassis dimensions.
• Wired connectivity: ensures a stable physical link for memory and compute synchronization.