Getting to 5G: Importance of Data Plane Acceleration Part 2
In the second part of this series, find out how data plane acceleration with FPGA-based SmartNICs brings to life 5G.
In the second part of this series, find out how data plane acceleration with FPGA-based SmartNICs brings to life 5G.
The first in a two-part series on network slicing and data acceleration and its importance in making 5G a reality.
Link-Capture™ Software is ideal for performing high-speed packet capture and replay, allowing precise inter-frame gap (IFG) control, which is critical when replaying captured traffic for troubleshooting or simulation of traffic flows.
The NT50B01 SmartNIC enables 2x10/25G applications, depending on your choice of software. This provides flexibility to create high-performance solutions in 1U server platforms for 10/25G network infrastructures.
The NT200A02 SmartNIC provides full packet capture of network data at 100 Gbps and of traffic bursts at 200 Gbps with zero packet loss.
Processor performance has been in decline for the last 40 years, leading organizations to search for new ways to manage their data load.
Chips built for specific tasks, such as the Tensor Processing Unit for Deep Neural Network Inference tasks, may be the key to meeting the processing needs of new applications.
The Napatech Link-Capture™ Software for Napatech SmartNICs guarantees zero packet loss and deterministic performance under all conditions. This allows enterprises and government organizations to build affordable, yet reliable network management, security and test and measurement solutions based on low-cost servers.
Duplicate packets are a major burden for today’s network monitoring and security applications. In worst cases, more than 50% of the received traffic is sheer replication. This not only adds excessive pressure in terms of bandwidth, processing power, storage capacity and overall efficiency.
While Symantec DLP provides industry-best capabilities for preventing illicit transfer of data outside organizational boundaries, there is an upper limit to the amount of traffic the tool can process. Find out how a major US medical firm managed to optimize their DLP to handle as much as 4 x 900 Mbps.