In order to provide an efficient response to the increasing demands of data traffic and the explosion of Very High-Speed broadband, EMG2 offers highly versatile boards based on the most powerful FPGAs on the market. Equipped with multiple SFP/QSFP cages, these boards easily adapt to any type of protocol and communication mode from 1Gbps to more than 400 Gbps per link to offer huge bandwidths (more than 1Tbps per board) around a single very high-performance computing node. Available in PCIe format, possibly pre-integrated in servers, they are ideal and proven solutions for network analysis functions, flow aggregation, intelligent switch/routers but also for all data transmission requirements.
To ensure the scalability of wireless network communications infrastructures and to keep up with the constant evolution of wireless communication protocols (3G, 4G, 5G, LTE, …), EMG2 offers compact and modular SDR boards with large computing resources (FPGA and processors) coupled with versatile and wideband RF interfaces. Such solutions can be easily integrated into embedded systems, test and measurement benches or base stations (BTS, eNB, gNB). They offer all the agility required for this type of application and could be combined together or with additionnal resources to achieve more global MIMO, M-MIMO or beamforming functions and adapt to the many wireless communication modes.
While the NB-IoT protocol tends to stand out from its competitors to support the explosion of connected objects, a wide variety of other dedicated protocols remains on the IoT market, based on existing network infrastructures (cellular networks) or more specific ones. Due to such uncertainty, and to respond more broadly to the future scalability needs of infrastructures and test systems, EMG2 offers a modular and versatile IoT platform, enabling various wireless and wired networks to be interconnected around flexible and reconfigurable computing resources. Available in a compact and embedded package, this versatile IoT Gateway represents a simple and efficient solution to existing and future issues.
Very low latency in communication and data transmission systems is often a critical issue for our customers. It is also a key point for the FPGA cards offered by EMG2, which are equipped with high-performance network links (from 1GigE to 400GigE) and designed to guarantee the minimum delay between data entry on the card and its processing. These solutions thus act as very high-performance SmartNIC cards that can be fully reconfigured to adapt to various communication protocols, with impressive real-time computing resources to effectively respond to the most demanding applications such as High Frenquency Trading (HFT).