After a four year gestation period typical of global communications standards, G.fast has reached the point where chipset makers can implement parts against stable specifications. Formal approval of the physical layer spec, G.9701, is expected by the end of 2014. G.9700, dealing with power spectral density issues, was approved… Read More
Tag: dsp
CEVA creating a wearable IP platform
Processor and GPU cores usually get the limelight, driven by the ARM and Imagination machines occupying the center square of most SoC designs. CEVA has quietly been assembling DSP IP in most of the squares around the edge, and may have just reached critical mass for wearables and IoT devices.… Read More
ARC EM DSP supports Always-on Devices
The ARC EM family is the low-power, embedded and low footprint processor part of the larger ARC processor. To target the ultra low-power markets like wearable and IoT, Synopsys has added DSP capabilities to EM5D and EM7D. To be specific, these cores are optimized for ultra low-power control and DSP, thanks to:
- Energy-efficient
Xilinx KCU105 Evaluation board is key for your demo
I love God, my wife, kids, and FPGA boards. I know I am not alone, there are other nerds out there, don’t be shy. Friday my “Kintex® UltraScale™ FPGA KCU105 Evaluation Kit” came in. Think about this, this is real 20nm Xilinx FPGA hardware that really works. Below is a nice picture of all the swizzles the board has.
I believe this is the … Read More
CEVA Webinar: DSP solution for mobile and wearable devices
CEVA is well known as DSP IP core provider for Wireless Application Processor, but the Teak-Lite IP family is also very successful for Audio application, with more than 3 billion Audio IC shipped to date. CEVA is proposing a webinar addressing two of the most important IoT needs, a DSP based Audio implementation and CEVA-Bluetooth… Read More
A Re-look at TI’s Businesses, Strategies & Future
In recent days I’ve seen several long discussions about Texas Instrumentslosing its grip in semiconductor industry when it came out of a business it was strong in, i.e. wireless business. It seems the semiconductor community has not digested the fact that TI, very rightly, came out of the OMAP business at the right time. The smartphone… Read More
Getting the best from a Radio Spectrum: MIMO
Exchanging data through wireless network is that we are doing every day, every hour if not every minute. Not only we use our smartphone to discuss or exchange Emails, but also to download, or upload, massive amounts of data. Thus, the radio spectrum has become to be busy, and is an expansive piece for carriers. Optimizing this radio… Read More
Secret of TI’s Success in Analog & Embedded Space
Since I started looking at the ways Texas Instrumentsworks through its strategies, my belief is getting firmed up that this is one company which can always sail through rough waters during downturn and reap rich benefits during upturn. They regularly review their strategies and can predict ahead of time when the water is about … Read More
DSP running 10 times faster at ultra-low voltage?
The LETI and STMicro have demonstrated a DSP that can hit 500 MHz while pulling just 460mV – that’s ten times better than anything the industry’s seen so far. Implemented on a 28nm FD-SOI technology, with ultra thin forward body biasing (UTFBB) capability (used to decrease Vth), this DSP can also be exercised at higher voltage when… Read More
Xilinx vs. Altera DSP
Did you know in the Xilinx Virtex 28nm series you can REALLY run the DSP at 741 MHz? I say ‘really’ as you know dear reader, not all the FPGA claims of speed and usage tends to live up to reality. I cannot stand marketing games where you can run at a GHz ‘But’ and then comes the list of gotcha’s. Don’t believe me? Whaaat? Well let’s take a journey… Read More