NVDA 217.55 ▼2.86%GOOGL 357.52 ▲0.91%MSFT 506.06 ▲1.21%AMD 469.56 ▼2.86%INTC 97.52 ▼4.06%TSMC 418.47 ▼0.37%AMZN 278.09 ▲1.32%META 594.92 ▲0.48%AAPL 308.26 ▼1.62%PLTR 175.23 ▲1.87%
Markets at last close

Chips

MaxLinear launches Panther V 450Gbps storage accelerator for data centers

·1 min read

MaxLinear has announced the Panther V, its latest high-performance storage accelerator designed for the demanding needs of enterprise and hyperscale data centers. The Panther V boasts ultra-low latency and an industry-leading 450Gbps throughput, underpinned by a PCIe Gen 5 x16 interface. It joins the spotlight at the upcoming Future of Memory and Storage 2025 conference in Santa Clara, where MaxLinear will unveil real-world demonstrations highlighting the system´s efficiency and scalability.

Engineered as a significant evolution of the previous Panther III model, Panther V more than doubles throughput while optimizing both capital (CAPEX) and operational (OPEX) expenses for modern data operations. By employing specialized hardware to take over compute-heavy data transformation processes—including compression, deduplication, encryption, and real-time verification—the Panther V offloads these tasks from CPUs. This approach yields tangible gains in performance, slashes storage costs, and drives down energy consumption, outperforming software-centric, FPGA-based, and competing hardware solutions.

At the core of Panther V’s value is its substantial 12:1 data reduction capability, streamlining storage demands for organizations bombarded by swelling datasets. The accelerator’s blend of speed, efficiency, and hardware-level security enhancements positions it as a critical asset for organizations seeking to improve reliability and performance in cloud-scale storage environments. With MaxLinear bringing Panther V to market, the competitive landscape in storage acceleration technology tightens, promising next-generation infrastructure for artificial intelligence, analytics, and high-throughput enterprise workloads.

Originally reported by techpowerup.comRead the source →
Related coverage