Hyperscale networks have emerged
Hyperscale networking allows companies to reimaging their businesses
and the applications and services that define them.
Internet of things
Hyperscale data centers are changing
the way people build networks
Innovative technologies have been created to fulfill the vision and promise of hyperscale networking.
Networking devices are transforming
New open, standard, high-volume and low-cost server platforms
can be used for networking and communications designs.
Standard computing platforms need help
Complex networking, security, storage and other compute workloads fail to meet application and service requirements.
Standard computing platforms are the basis for hyper-scale today but struggling to keep up
Central Processing Unit (CPU)
Processes all the data for cloud services
Needs to divide time and resources between many different tasks
Network Interface Card (NIC)
Delivers data to and from the CPU
Reconfigurable computing platform using FPGAs to close the performance gap
Reconfigurable Computing Platform
A combination of CPUs and FPGAs process all the data for NFV and cloud services
In a workload-specific architecture where FPGAs focus on optimized tasks while general purpose CPUs support application processing
FPGA-based SmartNICs can offload specific tasks such as network and security processing from the CPU
Reconfigurable Computing fulfills the vision
for software defined networking
We enhance open and standard servers, to boost innovation and release valuable
compute resources, that improve services and increase revenue.
Our Reconfigurable Computing Platform flexibly offloads, accelerates and secures standard servers
based on a broad set of FPGA software for leading IT applications supported on a wide array of hardware.
Get more out of every system
OVS Port-to-Port Roundtrip Throughput (MPPS)
Reduce system costs
CPU Usage (Cores)
Reduce time on complex tasks
Compression Time (ms)