reVISION stack boosts vision-guided machine learning
The stack offers up to 6x better images/second/watt in machine learning inference, according to Xilinx.
ZTE achieves deep learning benchmark via Intel FPGA
ZTE achieves a record–beyond a thousand images per second in facial recognition–known as “theoretical high accuracy” for its custom topology.
Self-assembly connectors target custom cable assembly
The new 1.27mm pitch connectors are equipped with insulation displacement connection termination technology.
Synopsys obtains injunction in ATopTech suit
Synopsys has obtained a permanent injunction in its copyright suit against EDA start-up ATopTech.
Microsemi offers first open architecture RISC-V IP core
The RV32IM RISC-V core is available for Microsemi's IGLOO 2 FPGAs, SmartFusion 2 system-on-chip (SoC) FPGAs or RTG4 FPGAs.
Samsung certifies Synopsys platform for 10LPP process
The Galaxy Design platform certification for Samsung's 10LPP process includes design techniques for enabling less power consumption.
Multi-purpose DSP enables efficient C programming
Compared to the Tensilica Fusion F1 DSP, Fusion G3 DSP shares the same base Xtensa ISA, while adding richer and higher-throughput DSP instructions.
Hitkit supports designs in analogue 180nm CMOS tech
The PDK provides a plug-and-play tool set with improved analogue features and device performance as well as highly accurate simulation models.
Seoul, Hanoi to strengthen bilateral ties for IT, telco
Hanoi anticipates the cooperation with Seoul in assisting with the city’s process of construction and development in e-governance, IT and teleco sectors.
Building pin-level digital logic with Smart I/Os
Smart I/O offers flexibility for interconnection using the interconnection matrix. Users need not write any code to configure the Smart I/O block.
Building pin-level digital logic with Smart I/Os
Smart I/O offers flexibility for interconnection using the interconnection matrix. Users need not write any code to configure the Smart I/O block.
USB Type-C in Micro-B domain
USB 3.1 spec can be a bit intimidating when compared to the USB Micro-B connector and the FTDI USB 2.0 to UART chips most of us microcontroller folks have gotten used to. However, it is possible, not difficult, and officially supported, to wire in a Type-C connector to an existing USB 2.0 design.
