Gigabyte NVIDIA L4 24GB GDDR6 PCIe Gen4 Low-Profile GPU Card

Brand: Gigabyte | Category: GPUs

SKU: GV-NL4-24G | Part #: GV-NL4-24G | MPN: GV-NL4-24G

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This low-profile, single-slot Gigabyte NVIDIA L4 24GB GPU delivers passive thermal efficiency without requiring auxiliary power connectors, making it ideal for dense rack deployments where space and power budgets are constrained. Built on the NVIDIA Ada Lovelace architecture, the GV-NL4-24G combines 7,680 CUDA cores with 240 4th-generation Tensor cores and 60 3rd-generation RT cores to accelerate compute and inference workloads across enterprise environments. With 24 GB of GDDR6 memory on a 192-bit interface providing 300 GB/s bandwidth, this card supports multiple precision formats—FP32, FP16, BF16, TF32, FP8, INT8, and INT4—enabling flexible model deployment from training to quantized inference.

The card's PCIe Gen 4 x16 interface integrates seamlessly into modern server architectures, while its 72 W thermal design power ensures compatibility with standard enterprise cooling infrastructure. ECC memory support protects against data corruption in mission-critical applications, and the 8th-generation NVENC and 5th-generation NVDEC engines handle video encoding and decoding tasks with efficiency. Gigabyte's proven engineering extends to full vGPU software support, enabling virtualized GPU access across multiple workloads on shared infrastructure. IT procurement teams and AI infrastructure architects evaluating inference and analytics acceleration platforms will find this card's combination of performance density and thermal footprint valuable for large-scale deployments. Contact Omnixon Global to request a quotation for the Gigabyte NVIDIA L4 (part number GV-NL4-24G).

Typical Enterprise Use Cases

• Large-language model (LLM) inference serving and real-time API endpoints
• Video transcoding and media processing pipelines at scale
• Real-time analytics and data-parallel workload acceleration
• Virtualized GPU multi-tenancy with vGPU partitioning across departments
• High-density rack deployments requiring low thermal design power and passive cooling