Articles and news
RDMA RoCE v2 IP by Grovf | How is it Unique?
In the digital age, the need for a quicker, more efficient, and scalable network has never been more vital. Traditional TCP/IP Ethernet connections, which are CPU intensive and involve additional…
Streaming Sensor/Camera Data Using RDMA: A Paradigm Shift Beyond UDP and TCP
Remote Direct Memory Access (RDMA) over Ethernet is fast becoming the go-to choice for data centers, high-performance computing (HPC), and various applications necessitating rapid data transport with…
Embracing the exponential growth of data: towards the breakthrough of memory scaling
The greater majority of worldwide data has been created in the last few years, making data growth the most consistent and noteworthy tech trend. IDC predicts that by 2025, worldwide data will grow to…
Grovf Inc. Releases Low Latency RDMA RoCE V2 FPGA IP Core for Smart NICs
Grovf today announced RDMA RoCE v2 IP core, a new product to democratize the RNIC market. RDMA RoCE v2 IP core is an FPGA IP and enables FPGA-based smart NIC producers and system integrators to develop and deploy RNIC use-cases.
Streaming Sensor/Camera Data Using RDMA: A Paradigm Shift Beyond UDP and TCP
Remote Direct Memory Access (RDMA) over Ethernet is fast becoming the go-to choice for data centers, high-performance computing (HPC), and various applications necessitating rapid data transport with…
Advanced Deep Packet Inspection & Analysis | GROVF WireHex
The world experiences an exponential upturn in global data traffic. Ultra-low latency and super-fast communications, the future 5G systems and broadband wireless network technologies lead to the…
Real-Time Network Analysis: How Does it Benefit Companies?
Network complexity is rising with the diversification of devices, services, and connectivity technologies (mainly Ethernet, Wi-Fi, PLC, and MoCA), additionally, with the various application types…
Network flow analysis & DPI | Grovf WireHex Applications
In the times of high-speed networks, DPI faces a range of challenges for traffic processing. Modern CPUs are not capable of handling 100Gbps+ rates in-line, therefore DPI servers require ASIC-based…