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Netint technologies

Virtual Desktop

Virtual desktop applications open up new ways of working for remote employees or applications requiring access to powerful machines that need to be centrally managed. This use case requires high-performance and ultra-low latency video encoding and transcoding.

Using Codensity™ video processing units, ultra-low latency encoding of full resolution desktops at high quality and low bitrates is now possible for cloud-based virtual desktop applications.

DEPLOY NETINT ASIC-BASED TECHNOLOGY

75% reduction in bitrate over standard-based video encoders

Virtual desktop platforms and applications require a video encoding solution that offers both low-latency and high visual quality at 4K resolution. NETINT’s ASIC-powered technology offers the only commercially-available transcoders and Video Processing Units (VPUs) able to deliver end-to-end latency of less than 50ms with an operational cost that is 20-40x less than software running on servers in a data center.

With NETINT’s Quadra series video processing units and the AV1 codec standard, support for screen content coding provides a 75% reduction in bitrate over standard video encoders and standards.

NETINT VPU’s are available in U.2 or PCIe form factors, enabling ten or more video transcoders to be installed in a single 1U server. A typical 1RU configuration can encode up to 40 4Kp60 concurrent computing sessions, making them ideal for latency-sensitive applications like VDI (Virtual Desktop).

Process

How it Works

How We Ensure Our Customer’s Success

Research NETINT Technology

Our ASIC-based technology, Codensity™, keeps advancing in scope and performance Right now, we have designed two proprietary solutions - G4 and G5. Talk to us to find out which solution is best for your needs.

Craft Solution For Desired Application

NETINT Codensity ASICs-based solutions are available in five different configurations. Check out product pages or talk directly with NETINT Experts.

Launch Beta - Proof the Concept - Scale

One size does not fit all! That's why our engineers will work directly with you to design the best solution, deploy, test, perfect and scale!

We Are The Only Existing Solution

The ASIC Advantage

We are the only immediately implementable ASICs technology-based solution that once deployed can transport your video technology to unforeseen levels.

“We started NETINT with a big dream of combining the benefits of silicon with the quality and the flexibility of software for video encoding using purpose-built ASICs designed by us. In just 2021 NETINT customers encoded 200 billion minutes using our innovative video processing units.”

Alex Liu, Co-Founder, NETINT

0 +minutes
1 X

Higher efficiency compared with SW on CPU.

Using ASICs you can achieve a 20x higher efficiency compared with SW on CPU. This means reducing your operational cost by an order of magnitude.

0 X

Reduced CO2 compared with SW on CPU.

Using ASICs you can reach environmental sustainability by reducing CO2 more than 80 times compared to software running on x86 CPUs in a data center.

150 $

1080p60 live streaming cost per channel.

With ASIC’s you can have it all – the flexibility and quality of SW with enormous power and cost benefits for as low as $150 per channel for a 1080p60 live stream.

NETINT Advantage

Ultra High Density

Fifty times increase in game streaming density compared to software .

8K/4K/UHDTV/HDTV

Supports a wide variety of cloud gaming formats.

Ultra Low Latency

Optimized for metaverse video and cloud gaming applications. 8ms latency.

Al Deep Neural Network Engines

Enables advanced processing including object detection, classification, segmentation and ROI for image quality improvement and content adaptive rate control.

AV1, HEVC, H.264

Multi-format support for operational flexibility.

Real-Time Encoding

High-performance GPU acceleration for immersive cloud gaming experiences

Scalable

High capacity throughput for rapid deployment of additional gaming streams.

Video 2D Processing Engines

Video Cropping, Padding and Scaling for Encoding Ladder Generation and Image Composition. Video Overlay, YUV and RGB Conversion.