feature article
Subscribe Now

Rockin’ It Industrial Style

Fans of Heavy Metal Will Like TI’s New Delfino MCU

Are you into heavy metal? Do power generation, motor control, PLCs, robotics, and automation rock your socks off? Does spinning metallica make you want to raise your fist and yell? Then grab your lighters, motörheads. Stuff’s about to get real.

The number of this beast is F2837xD (it probably means something if you say it backwards), and it comes out of Texas. Dallas, to be exact, and more specifically, TI. Within the walls of TI’s black metal warehouse it’s called Delfino because, well, F2837xD is too hard to pronounce when you’re sober.

TI’s new Hydra-headed shard of silicon has two separate C28x DSP cores, for twice the DSP madness. The C28x is a riff on the ever-popular C2000 family, as any true fan of DSPs knows. (There are no ARM processors in Delfino, so no British steel here.)

Chained and bound to each C28x DSP is a real-time control accelerator called a CLA. Since the two CLAs are themselves programmable, that means Delfino is an insane four-headed beast, summoned up to slay the grimmest control, conditioning, and signal-processing demons.

The dual C28x cores are themselves mighty warriors, a testament to TI’s years of DSP expertise. Each core pounds out 12 billion beats per minute (200 MHz) while rocking a floating-point unit, a Viterbi accelerator, and an all-new trigonometric math unit.

The Viterbi Complex unit (VCU) is the second-generation spawn of a previous VCU design seen in earlier TI releases. If you ride the lightning working with AC/DC, it’s useful for narrow-band PLC and “smart grid” work, including IEEE P1901.2, PRIME, and G3. If you’re more into speed metal, the VCU also accelerates FFT/IFFT, good for vibrational analysis on motors that have an appetite for self-destruction. FFT/IFFT calculations go about six, six, six times faster than a C28x without the VCU, and the G3-FCC goes up to 10× faster. Which is almost as good as eleven.

Alongside the FPU and VCU is an all-new Trigonometric Math Unit (TMU). Why have a trigonometry slayer in an industrial-control unit? Because it’s good for motor control, kinematics, and robotics. For many deployers, the TMU can take the place of an FPGA in the torque loop, banishing the latter device to the abyss.

The real power chord of the F2837xD is the CLA – the control-law accelerator. The chip has two, and they’re powerful engines independent of the C28x DSP cores. Like the VCU, the CLA has appeared before, though never in so fell and mighty a manifestation. It serves as obedient coprocessor minion to the C28x, overseeing short, time-critical pieces of code needing swift and abrupt execution. Motor-control feedback or feed-forward loops are prime examples of such dirty deeds done dirt cheap. Offloading these noisome tasks to the CLA avoids corrupting the sanctity of the C28x, preserving its power for greater deeds.

The CLA speaks not in tongues, but understands C. Recognizing, however, that CLA programming will be unfamiliar to uninitiated powerslaves, TI offers up its no-sacrifice ControlSuite software to adrenalize code development. With it come helpful examples, drivers, and algorithms artfully crafted to keep developers from plunging headlong into the Stygian depths of a perilously unknown architecture.

Any DSP or motor-control device without its own analog/digital conversion would likely go down in flames, so Delfino defends the faith with quad 16-bit ADCs. Four independent ADCs means simultaneous sampling of four sources, ideal for three power phases and an output. TI has cast out its previous 12-bit ADCs, embracing the higher resolution with an iron fist. Hardcore power enthusiasts managing a wall of amps will appreciate the windowed comparators and the direct interface to isolated delta-sigma modulators.

Buy your merch at the door; prices start at under $20 for the F2837xD in modest quantities. Development hardware like the docking station and the ControlCard are a few hundred bucks apiece. At those prices, the hammer of Delfino may mean megadeth to corroded old multichip power- and motor-control acts. 

9 thoughts on “Rockin’ It Industrial Style”

  1. Pingback: GVK BIO
  2. Pingback: GVK Biosciences
  3. Pingback: DMPK
  4. Pingback: ADME Assays
  5. Pingback: Boliden
  6. Pingback: colarts Diyala
  7. Pingback: Scr888 Register

Leave a Reply

featured blogs
Sep 22, 2021
'μWaveRiders' 是ä¸ç³»åˆ—æ—¨å¨æŽ¢è®¨ Cadence AWR RF 产品的博客,按æˆæ›´æ–°ï¼Œå…¶å†…容涵盖 Cadence AWR Design Environment æ新的核心功能,专题视频ï¼...
Sep 22, 2021
3753 Cruithne is a Q-type, Aten asteroid in orbit around the Sun in 1:1 orbital resonance with the Earth, thereby making it a co-orbital object....
Sep 21, 2021
Learn how our high-performance FPGA prototyping tools enable RTL debug for chip validation teams, eliminating simulation/emulation during hardware debugging. The post High Debug Productivity Is the FPGA Prototyping Game Changer: Part 1 appeared first on From Silicon To Softw...
Aug 5, 2021
Megh Computing's Video Analytics Solution (VAS) portfolio implements a flexible and scalable video analytics pipeline consisting of the following elements: Video Ingestion Video Transformation Object Detection and Inference Video Analytics Visualization   Because Megh's ...

featured video

Silicon Lifecycle Management Paradigm Shift

Sponsored by Synopsys

An end-to-end platform solution, Silicon Lifecycle Management leverages existing, mature, world-class technologies within Synopsys. This exciting new concept will revolutionize the semiconductor industry and how we manage silicon design. For the first time, designers can look inside silicon chip devices from the moment the design is created to the point at which they end their life.

Click here to learn more about Silicon Lifecycle Management

featured paper

Choose a high CMTI gate driver that cuts your SiC switch dead-time

Sponsored by Maxim Integrated (now part of Analog Devices)

As GaN and SiC FETs begin to replace MOSFET and IGBT technologies in power switching applications, this Maxim paper discusses the key considerations when selecting an isolated gate driver. The paper explains the importance of CMTI and propagation delay skew and presents an isolated gate driver IC ideal for use with these new power transistors.

Click to read more

featured chalk talk

TI Robotics System Learning Kit

Sponsored by Mouser Electronics and Texas Instruments

Robotics projects can get complicated quickly, and finding a set of components, controllers, networking, and software that plays nicely together is a real headache. In this episode of Chalk Talk, Amelia Dalton chats with Mark Easley of Texas Instruments about the TI-RSLK Robotics Kit, which will get you up and running on your next robotics project in no time.

Click here for more information about the Texas Instruments TIRSLK-EVM Robotics System Lab Kit