Scale faster and more economically with NETINT’s intelligent silicon solutions for
NETINT’s products and solutions allow our customers to deploy high performance applications faster so they can scale without limit. NETINT is developing innovations in the intelligent control of Solid State Drive (SSD) storage devices based on NAND flash memory, delivering a cost-effective path to scale out next-generation, all-flash datacenters.
The Codensity™ G4 SSD Controller SoC is a flexible Enterprise-class SSD controller with up to 16 programmable flash control channels, efficient hardware error correction, and on-chip H.264/H.265 video processing features. With PCIe 4.0 x4 and NVMe 1.3 support, you will unleash the full potential of solid state storage control and scalability, with high throughout and low latency.
BURNABY, British Columbia, November 6, 2018 – NETINT Technologies, a developer of innovative silicon solutions for data-intensive applications, today announced the Codensity™ T400 Video Transcoder, a video encoding solution that enables video streaming content providers and video distribution service providers to ...
In a live video streaming workflow, the video source content must first be encoded into multiple bitrates to minimize distribution costs to a variety of video playback devices. However, encoding algorithms require extensive processing resources, especially when using the newest ...
Download our product brief to learn more details about how the Codensity D400 PCIe NVMe SSDs deliver enterprise-class storage capacities and features, industry-leading throughput, with high performance and reliability to overcome data and video storage scalability challenges
Download our product brief to learn more details about how the Codensity T400 Video Transcoders delivers industry-leading H.264 and H.265 encoding and transcoding scalability for video streaming services.
The proliferation of data-intensive applications, including Big Data, artificial intelligence, machine learning, IoT, and large transactional systems is driving the need for scalable storage solutions. One aspect to improve scalability is increasing data I/O throughput between host computer systems, ...