Achronix is one of the most important Chinese FPGA companies and has made its name by taking on the established giants in high-speed network processing and artificial intelligence. This company has confidence and courage and aims for the emerging FPGA application fields. We wish to see more Chinese FPGA companies taking on these big players. Let us see what makes Achronix different and what its advantages are.
Speedster7t family
The Achronix Speedster7t FPGA family can support demanding data-center, network, and communications workloads. These FPGAs incorporate multiple high-performance clock networks and are capable of complex designs. As a result, the Achronix Speedster7t family of FPGAs is a perfect fit for data-center workloads, control systems, and communications applications.
The Achronix Speedster7t family features high-speed datapaths and large on-chip memory capacities. These capabilities enable Achronix FPGAs to use less space and consume less power, allowing them to fit into smaller systems. The company is a leader in embedded FPGA IP and high-performance computing. In addition to consumer applications, Achronix is also an industry leader in industrial and military applications.
The Achronix Speedster7t FPGA family uses the TSMC 7nm process technology. It delivers industry-leading performance for storage, networking, and compute acceleration. In addition, it can support multiple applications simultaneously, which is key to achieving high-performance computing. The Achronix Speedster7t family is available now and will ship in Q4 2019.
This family features the latest generation of high-performance FPGAs. The Achronix Speedster7t family offers advanced functionality, ASIC-like performance, and improved flexibility, featuring a new, highly optimized architecture. In addition, the Speedster7t family includes PCI Express Gen5 and 400G Ethernet interfaces for high-speed connectivity and enhanced functionality.
Arria 10 GX DSPs
Arria 10 GX/SX FPGAs from Altera feature industry-leading programmable logic, embedded peripherals, high-speed transceivers, hard memory controllers, and protocol IP controllers. They deliver the floating-point performance of up to 1.5 TFLOPS and support Gen3 PCIe x8. In addition, the Arria 10 FPGAs provide up to 1150K LEs. These powerful FPGAs support OpenCL and Altera’s SDK for OpenCL.
Arria 10 GX DSP-based FPGAs provide fast processing and high-quality video. These chips support multiple types of digital signal processing, including AVC and H.264. In addition, Achronix Speedcore eFPGA technology enables designers to implement advanced processing capabilities in a low-power design. As a result, both types of FPGAs can be helpful for various applications.
The Arria 10 GX DSP-based FPGAs are flexible enough to handle various computing tasks. They are best suited for machine vision, data analytics, and embedded control applications. Achronix FPGAs are also renowned for their high-speed processors. So whether you’re building a home entertainment system, mobile phone, or industrial device, Achronix has a solution to handle it.
Besides being versatile, Achronix FPGAs support advanced memory and interconnect technologies. For example, the Achronix Speedster7t device supports Compute Express Link (CE) 2.0, a high-bandwidth interconnect, and PCI Express Gen5 connectivity, delivering ASIC-level performance. In addition to its flexible processing capabilities, Achronix FPGAs also support two-dimensional networking and machine learning.
Seti FPGA processors
If you’re a computer programmer, you’ve probably heard about RISC-V, a processor architecture that is the successor to the ISA. However, what exactly is RISC-V? What’s so special about this technology? The answer, as it turns out, is quite complex. But for those who want to know more, let’s review the basics of this technology.
This processor architecture has two types of ARM Cortex-M cores: SP and DP. Cortex-M is a 32-bit RISC KOL, while ARM Cortex-A53 is a 64-bit RISC-based KOL. These processors can work with achronix FPGA and other programmable logic devices.
The Achronix Speedster FPGA chips are essential for this processor’s features. This processor is capable of six-billion cycles per second, or about two-thirds of the speed of previous competitors. And yet, despite the high speed, it consumes only half of the power of its competitors. That’s a significant difference, and it’s one of the biggest selling points of the Achronix FPGA.
The Achronix Speedster(r)7t FPGA family is built on a new generation of architecture called a 2D High-Speed Network-on-Chip. This innovative FPGA processor is capable of supporting GDDR6 and DDR4/5 memory. And it supports 400G Ethernet streams. With these features, Seti FPGAs are genuinely revolutionary and will allow you to create the fastest systems and applications.
RISC-V is another excellent feature of the Seti FPGA. Its processors can implement RISC-V-style computing, and the underlying architecture depend on RISC-V. As a result, unlike RISC-V, Seti FPGAs are easy to integrate into any existing system. And this is one of the main reasons why Seti FPGA processors are such a success with Rayming PCB & Assembly.
2.6M 6-input LUTs
The new 7nm Speedster7t family of FPGA devices from Achronix features 2.6M 6-input LUTs and 385 Mbits of embedded RAM, 41K Int8 engines, and hardened interfaces. The new FPGAs can accelerate AI/ML applications and offer a range of performance levels and connectivity options.
The Speedster7t family of FPGAs has a dedicated 2D NoC to streamline high-speed data movement. By ensuring that data streams go to the processing engines, this dedicated 2D NoC eliminates performance bottlenecks. With a dedicated 2D NoC, Achronix Speedster7t devices feature a wider range of effective LUTs than comparable traditional FPGAs, which rely on logic lookup table resources and programmable routing. Furthermore, the Speedster7t devices offer a conversion path to an ASIC.
Dedicated 2D NoC
Achronix Semiconductor Corporation, a leading fabless semiconductor company, has introduced its new Dedicated 2-D NoC FPGA. This new chip provides the industry’s highest bandwidth and performance for networking, storage, and compute acceleration applications. Its innovative architectural features and high bandwidth allow it to accelerate high-bandwidth data. The AC7T1500 is a highly flexible, cost-effective solution.
Compared to conventional NOC architectures, the Dedicated 2D NoC of Achonix offers significant performance improvements, including a simplified floorplan and reduced energy consumption. In addition, a large number of bus connections have been absorbed into the NoC, resulting in a minimal number of exposed green clock and logic traces. As a result, this chip offers a wide range of advantages for design and implementation.
Dedicated 2D NoC of Achronix FPGAs offers ultra-high-bandwidth connectivity for 20 Tbps. The high-bandwidth architecture eliminates the complex routing bottlenecks and simplifies the overall design. Dedicated 2D NoCs enable designers to use memory and logic resources more efficiently while reducing their workloads. The Achronix Speedster7t FPGA features two 256-bit data paths and a programmable logic fabric that supports up to 512 Gbps.
The Dedicated 2D NoC of Achronix is a high-performance NoC designed for high-speed digital imaging. Its high-speed memory and wide bandwidth make it ideal for video recording, video editing, and virtual reality applications. This product is also compatible with popular video cameras. So, what are you waiting for? Get the Dedicated 2D NoC of Achronix today!
Dedicated buses
Dedicated buses on the chip are a helpful solution for reducing signal congestion and enhancing high packet throughput. These are a grid between FPGA blocks that can support high clock frequency and high packet throughput. Furthermore, these buses can be hard-wired, further reducing the complexity of routing and scope. In addition, dedicated buses can support high packet throughput, as they have dedicated interfaces for each block.
Dedicated bus technology is becoming increasingly popular in the machine learning and artificial intelligence (AI) industries. The technology has enabled machine learning algorithms to perform up to 300% faster and is now available in many forms. It is a cost-effective alternative to custom AI accelerators and multi-chip solutions. Achronix’s latest technology can handle high-performance applications involving machine learning, artificial intelligence, and other fields.
Dedicated buses are a unique feature of the Achronix FPGA architecture. They enable bus-group routing, which can help reduce congestion and improve timing. In addition to dedicated bus routing, dedicated buses on the Achronix architecture create a giant run-time-configurable switching network on the chip. As a result, this architecture can provide twice as much performance for individual buses and reduces the need for LUTs.
