Tuesday, 21 April 2020

Accelerate your 5G and NFV Workloads with Intel PAC and Netcope P4

Did you know, Netcope P4 supports Intel® FPGA PAC N3000?


Netcope P4 compiles the packet processing program written in open-standard P4 language into 100 Gbps FPGA firmware, allowing unprecedented flexibility and rapid development of high-speed network applications.

Netcope P4 Flyer 

It offers a revolutionary way for programmable network adapters to be easily programmed using P4 language without expert knowledge of hardware architecture, which can significantly save money when hiring dedicated firmware designers. It also shortens time-to-market, avoiding lengthy firmware development cycles.



Using the Arria 10 FPGA, now in mass production, Intel® FPGA PAC N3000 is the platform of choice for the acceleration of many bandwidth and latency-sensitive virtualised network applications, such as vRAN, vEPC, vBNG and others. Netcope P4 brings the possibilities for this card to a whole new level. Instead of tedious and error-prone HDL coding, the card can be programmed in the open-standard P4 language.

Netcope P4 is now specifically optimised to take advantage of the N3000 unique features, offering large capacities of lookups in off-chip DDR memories and achieving line-rate packet processing with low latency and resource utilization. With Netcope P4 and N3000, your fully custom 100 Gbps packet processor built with COTS hardware is just hours away.

Sarsen Technology is Netcope's UK partner. For more information on P4 or FPGA acceleration please contact us.

Watch Video - Intel® FPGA PAC N3000

Wednesday, 15 April 2020

Embedded Technology Integrated into an ECG Device

Embedded electronics have never been so popular within the design of new products, especially when operators require touch screen technology for interaction and quick start operation. Based on this "mobile phone" style approach, customers in the medical market have started requesting new features for their devices, including capacitive touch screens, modern Graphical User Interfaces and Wi-Fi capabilities for remote control and monitoring.

One of the key medical areas where this technology is being utilised is in the design of ECG machines. In this app note, we look at how DAVE Embedded Systems is using their specific knowledge in this industry to design and develop a system able to support a rich and modern user experience including Wi-Fi or 4G connectivity, which provides access to the cloud through secure certificates and secure boot.

Read App Note
https://www.sarsen.net/support/app-note-embedded-electronics-in-ecg-device