Don't call it throttling: Ericsson 'priority' tech gives users their own slice …
The policy controller talks to the SGSN-MME (Serving GPRS Support Node – Mobility Management Entity), which then controls the RF. In LTE, the spectrum is … optimize our spectrum. By enabling us to dynamically allocate the best radio resources on a …
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Tel Aviv and Santa Clara, CA –
Linley Tech Processor Conference – (PRWEB) October 16, 2013 — Gilad Garon, CEO of ASOCS Ltd., will speak at the Linley Tech Processor Conference on October 16th, where he will discuss the inevitable move to virtualization in the Cloud RAN.
The Linley Tech Processor Conference, an in-depth technical conference for system designers, network-equipment vendors OEM/ODMs, and network-service provider carriers, will be held at the Hyatt Regency, in Santa Clara, CA, from October 16 – 17, 2013.
ASOCS, a silicon IP provider of software-defined radio (SDR) solutions, offers a novel approach to Cloud RAN that includes a co-processor with data center servers (such as Intel x86-based servers) to handle multiple communications protocols, significantly increasing network throughput.
“Processor design continues to evolve to address demands for performance and power efficiency. But as processors evolve, evaluating them becomes more challenging for communications-equipment designers,” said Linley Gwennap, Linley Group principal analyst and conference chairperson. “The Linley Tech Processor Conference gathers leading processor vendors to deliver presentations about their solutions for developers of enterprise and carrier equipment. It gives attendees the critical information they need to select the best processor for their designs.”
Please respond by e-mail or phone if you would like a briefing with ASOCS at the conference.
Julius Smith demonstrates the new NeXT computer, and explains what it is like to be a modern-day instrument-builder using the tools of mathematics and digita…
Video Rating: 5 / 5
Stuttering is a speech disorder overtly characterized by sound, word or phase repetitions, phoneme prolongations and postural fixations that impedes the natu…
Video Rating: 5 / 5
Museum celebrates women in tech
It involved building a 20m PSK-31 radio and using a Raspberry Pi to decode and display the text data being received. The National Museum of Computing (TNMOC) is located in the grounds of Bletchley Park. The new gallery, sponsored by Google UK, …
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Tony Dixon G4CJC
Steve, M0STC, only worked EA8/DD5ZZ 5/7 PSK31 on Monday and he has a good beam! Most popular DX (three or more contacts, any mode). Monday DX: H70ORO, D44AC, PY2VI, ZV1WSA, K3ZO, 9K2YM, SU9AF, PR7AP, LU2FLB, WP4OPF, VK6IR, …
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OUR COMPANY PSK TECHNOLOGIES is academy of advance hardware & network technology. This academy covers IT related general topics. First time in Nagpur (india)…
While at NAB in Las Vegas April 2012 I had a chance to sit down with Kirk Harnack, host of This Week in Radio Tech on the TWiT.tv network and have a chat. We just chatted about ham radio, Kirk’s learning PSK-31, my Youtube video background and a bit about networking. Fun time, with absolutely no pre-planning! You may watch the entire show at; twit.tv Also, please watch Ham Nation with Bob Heil K9EID, Gordon West WB6NOA, and George Thomas W5GDX at: twit.tv
Video Rating: 5 / 5
Demo of LD-1B software-defined radio (SDR) hardware with Winrad SDR software. This was recorded around sunset (5:55 PM) local time, 22:55 UTC on 29 December 2010. The antenna was an MFJ Super Hi-Q Loop which tunes 7 MHz – 21 MHZ. The antenna is horizontally mounted at about 25 feet above ground. The soundcard was an E-Mu 0202 sampling at 192 kHz. The demo begins on 20 meters, with the LO set to 14.0625 MHz and the receiver tuned to some PSK-31 signals around 14.07 MHz. Next, some CW signals, first using the SSB filter followed by the CW filter. The display is zoomed in to facilitate tuning with the narrow filter. Back to the SSB filter, and the LO is shifted into the 20 Meter phone band. Next, the AM filter, and WWV at 15 MHz. Next, 40 meter CW, first using the SSB filter, then demonstrating the CW filter’s capability to separate weak signals from nearby strong signals. Finally, a little shortwave broadcast listening in the “tropical band” This is outside the tuning range of the antenna, so signal levels are somewhat lower than one might expect. For more information about the LD-1B, go to www.lazydogengineering.com To order an LD-1B, got to shop.lazydogengineering.com The fluctuations in signal level and some of the buzzing and clicking sounds that are heard intermittently are due to retuning the magnetic loop antenna when the LO frequency is shifted. Thanks for watching my videos, and be sure to visit http 73, Pete Goodmann, PE, MSEE, NI9N www.lazydogengineering.com www …
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