This week, we find the legacy of Star Trek at 50; celebrate design challenges from NXP and Hackster.io; investigate criminal activity and speculate on Bluetooth 5 and headphone design; arriving late for an FPGA verification tutorial and how depth sensors make sense of a 3D world
The enduring appeal of Star Trek on its 50th anniversary sets Tom Smithyman, Ansys, thinking about communications, and how Qualcomm challenged engineers to emulate the great and the good of the USS Enterprise and create Dr McCoy’s medical tricorder.
Another challenge is laid down by NXP, which has teamed up with Hackster.io, for engineers to fulfil the potential of NXP’s Kinetis FlexIO for the IoT. Donnie Garcia, ARM, tracks how engineers can maximize the, often over-looked, microcontrollers at the edge of the IoT, with some arachnid-like illustrations.
Quoting a bank robber is an unusual opening for a technology blog, but Matthew Rosenquist, Intel, uses Willie Sutton to help us understand the cybercriminal. His blog about cryptocurrencies, like Bitcoin, and how to protect transactions is a detailed look at the cyber economy – and this is just part one.
Apple’s decision to remove the headphone jack in its latest phone has been met with derision, but one positive is that it has prompted Paul Williamson, ARM, to speculate on the whether wireless accessories could be boosted as Bluetooth 5 brings faster data rates.
How have I missed the first three parts of Mentor Graphics’ Harry Foster’s blog about Functional Verification? Part 4 looks at FPGA verification and some handy ‘escapes’ for effective verification, written by an engineer, for engineers.
Anyone designing consumer electronics will be familiar with the DDR PHY interface (DFI) protocol for signal, timing and transfer. Deepak Gupta, Synsopsys has written a clear, comprehensive analysis of how and why it is needed and used most effectively.
Continuing a theme he has explored before, Jeff Bier, Berkeley Design Technology, looks at depth sensing and what companies are doing with varieties of depth sensors.
We all love Whiteboard Wednesdays, and Corrie Callenbach, Cadence Design Systems, highlights Michelle Mao’s hierarchical CNN design for traffic sign recognition, highlighting Tensilica Vision DSPs.
Caroline Hayes, Senior Editor