Nutube Headphone Amplifier NEX/type D
It's an all new Nutube headphone amplifier with USB audio DAC. DAC is PCM2704 and buffer is MUSES8920. Power supply is also just by USB bus power (5V) and 24 V is generated by voltage booster and providing to Nutube and MUSES. Now this item is available at https://www.tindie.com/products/microwavemont/nutube-headphone-amplifiernex-type-d/
Can This Video Get Me In VpR Team? #VpRRC @Vitt0X
https://streamlabs.com/rcteamfortnite SHAREfactory™ https://store.playstation.com/#!/it-it/tid=CUSA00572_00
How to change the function keys on a Plura® PBM Monitor
Video tutorial: How to change the function keys on a Plura® PBM Monitor Q -- How do I change the function keys to a different function? A -- Go to: Menu - Setup - Function Key - Select the function Key - then select from the menu. For other questions regarding Plura® Monitors, send a E-Mail to email@example.com please include monitor Model, Serial Number, Release Day, FPGA Version, hours on the unit, then a description of the issue. Someone will reply to you.
Visually Programmable Audio Effect Processor
The objective of this project is to design and build a graphically programmable audio effects processing platform that will consist of a software interface and a physical effect pedal for use by musicians. A “drag-and-drop” software interface will allow the user to combine audio processing blocks in various schemes in order to create unique effects such as reverb, distortion, and delay. The created effect will then be transferred to the pedal, which can be used in performance to process an instrument. The intended user is one who is interested in developing digital audio effects, but lacks the necessary computer programming experience. The value of the project is to provide a unique solution for musicians seeking to create their own sound.
Ampex Videotape Cruiser 1959
This is a little video on the Ampex Videotape Cruiser from 1959 which was an innovation in technology in which the cruiser had a camera, a 2 inch quad videotape recorder and support equipment and an AC generator which videotaping can be made while on the road, it was deemed as the first camcorder! In this video there are excerpts from the videotapings made, one of being footage of Hoover Dam while the cruiser was in motion.
DoomTracer demo 1
Ray-traced version of iD Software's classic first-person shooter, Doom. Currently using the Chocolate Doom (a completely separate project) port to send events to our rendering engine. This is beta software, not all features are complete. Some textures are green because our texture pack does not have them yet. See: sourceforge.net/projects/doomtracer/
PRIMEIRO VIDEOTAPE - Vision Electronic Recording Apparatus " VERA" de 1958
VERA (1958) - VERA (Vision Electronic Recording Apparatus). O projeto VERA foi iniciado em 1952 por Peter Axon na Inglaterra, quando desenvolveu-se ao mesmo tempo a máquina Quad da Ampex (Quadruplex) nos EUA. Uma gravadção foi demonstrada na BBC em 1956 e fez sua primeira transmissão na segunda-feira, 14 abril, 1958 no programa Panorama. O VERA usava meia polegada de fita magnética em 2 carretéis, com uma velocidade de 200 polegadas por segundo. Isto permitia no máximo quinze minutos de gravação. CÓPIA DISPONÍVEL EM: BR -- CMIYV -- PM -- MIM - BBC Vision Electronic Recording Apparatus VERA, 1958. cópia quadruplex - 4 min, 54 seg.avi.
How to Factory Reset a Plura PBM Monitor
Video Tutorial on how to Factory Reset a Plura PBM Monitor Q: How do I reset the unit? A: Go to: Menu -Setup - Setup Load - and select Factory. For other questions regarding Plura® Monitors, send a E-Mail to firstname.lastname@example.org please include monitor Model, Serial Number, Release Day, FPGA Version, hours on the unit, then a description of the issue. Someone will reply to you.
High-quality real-time radiosity global illumination
This video shows the results of my Master's thesis, which focuses on real-time high-quality global illumination using radiosity. The video was captured in real-time on an AMD Radeon HD 5770. More information can be found on http://www.marries.nl
Ampex TBC-80 Problem
A strange, intermittent issue with my Ampex TBC-80, which is the time base corrector originally sold with the Ampex VPR-80 1" type C videotape recorder. The problem is present in both EE mode and playback. Pressing the bypass button on the TBC does not solve the problem, so my guess is that the issue is with the Video Input board, but I could very well be wrong. It shows up on the waveform monitor with normal levels, but the vectorscope image shows intermittent 180 degree phase shifts, which are visible on the video monitor in the video. The source signals are from a known perfect Videotek VSG-201 color sync generator. Any ideas?
Amiga 600 vampire v2 nuovi sviluppi
Quake, lightwave, real3d, serenity/elyde
Area-Efficient FPGA Logic Elements: Architecture and Sythesis
Area-Efficient FPGA Logic Elements: Architecture and Sythesis We consider architecture and synthesis techniques for FPGA logic elements (function generators) and show that the LUT-based logic elements in modern commercial FPGAs are over-engineered. Circuits mapped into traditional LUT-based logic elements have speeds that can be achieved by alternative logic elements that consume considerably less silicon area. We introduce the concept of a trimming input to a logic function, which is an input to a K-variable function about which Shannon decomposition produces a co-factor having fewer than K-1 variables. We show that trimming inputs occur frequently in circuits and we propose low-cost asymmetric FPGA logic element architectures that leverage the trimming input concept, as well as some other properties of a circuit's AND-inverter graph (AIG) functional representation. We describe synthesis techniques for the proposed architectures that combine a standard cut-based FPGA technology mapping algorithm with two straightforward procedures: 1) Shannon decomposition, and 2) finding non-inverting paths in the circuit's AIG. The proposed architectures exhibit improved logic density versus traditional LUT-based architectures with minimal impact on circuit speed.
NEC SV9300 SMDR via NEC SMDR TOOL
Nec Univerge SV9300, Sheraton Da Nang Resort SMDR via NEC TOOL Export data string from Pabx Sv9300 to SMDR Tool OK Note: Hyper Terminal Tool can not receive string via LAN but it can in RS232 Com Port
LightWave 3D: Seeing Limited Region Handles in VPR mode.
This is just a quick look at how to enable the Limited Region handles with the viewport in VPR mode. The handles do work even if you cannot see them. Turning on either of the OpenGL overlays will let you see the handles. Tutorials and More: http://www.liberty3d.com/ dwburman's tutorials: http://www.liberty3d.com/citizens/d-w-burman/danas-videos/
SPEECHLOGIX CAS TERMINAL
This is a Terminal Utility Application program from SpeechLogix for testing the CDR data from PBX through TCP /IP or through RS232. This utility can be used for checking the CDR data prior to installation of Call accounting solutions speechlogix . This can also be used for testing the CDR data from PBX for SMDR integration to be done for Trunk call recording using DGVox Voice logger.
Vampire Gold 2.7 and LightWave 3.5 - Point of no Return!
We've reached the point of no return! New FPU generation in core integration (HW). This is not even optimized yet. "x10, FPU latency, no pipelining. There's much room for improvement. No worries." We can only go faster. No Oxipatchers, no HSMATH libs, no tricks. Pure Gold 2.7 with standard AOS 3.9 The point of this clip: The actual (at the date this clip was made), FPU development and HW integration on Gold 2.7 permits a performance that a 10x Core (~71MHz), is enough to break records. Benchmark global results https://i.imgur.com/KUV0b4N.png
NTSC system test 2007
(EN): NTSC system test 2007 (ES): prueba del sistema NTSC 2007 (FR): test du système NTSC 2007
FPGA overlay generation and application circuit synthesis
Explanations comming soon... The simulation video: https://www.youtube.com/watch?v=WwIwGAp7BVs This work was done during my PhD at Institute of Research and Technology bcom (https://b-com.com) and the engineering school ENSTA-bretagne (http://www.ensta-bretagne.fr)
Simulating an FPGA overlay executing an application circuit
This simulation was carried out by: - generating an FPGA like reconfigurable architecture - generating the VHDL description of this architecture Then writing an application circuit (a 16x16-32 bit signed sequential multiplication) - performing logic synthesis of this application with abc (http://people.eecs.berkeley.edu/~alanmi/abc/) - performing paking, placement and routing targeting the architecture with VPR (http://docs.verilogtorouting.org/en/latest/vpr/) - extracting the bitstream and performing timing analysis with custom tools After that, the architecture description is simulated using GHDL (https://github.com/ghdl/ghdl). In the testbench, the application bitstream is loaded into the architecture and is then executed. Finally, using the simulation traces, the video is generated by coloring each used reconfigurable resource according to its electrical value at a given time. This FPGA like architecture is meant to be synthesized on an acutal FPGA (hence the name overlay), to be used as an embedded FPGA, bringing binary compatibility over FPGAs from different vendors, and allowing things such as hardware application scheduling and live migration between different commercial FPGAs. However, due to the huge amount of combinatorial loops and timing paths found in such an architecture, an overlay cannot be synthesized as is. To make the overlay synthesizable and abstrac the static timing analysis of the application circuit from the host FPGA, additional registers were placed along the overlay routing resources. We name those registers VTPRs, for Virtual Time Propagation Registers, as they discretize propatation times which are usually analog. In this video, the critical path of the application circuit placed and routed on the overlay crosses 20 VTPRs from source to sink. Thus, 20 clock cycles of the host FPGA are needed to complete one application clock cycle. Due to the VTPRs, the propagation of the application signals accross the overlay resources can be recoreded by a classic discrete time simulator. In this video, each frame coresponds to a physical clock cycle, so each frame we can see signals propagating to the next resource. This lets this video show some glitches during application execution due to arival time differences at LUT inputs, which is usualy not seen when simulating a classical circuit with a discrete time simulator. However, as long as no application clock cycle occurs before the requiered number of physical clock cycles (the number of VTPRs across the critical path), the application executes properly. This work was done during my PhD at Institute of Research and Technology bcom (https://b-com.com) and the engineering school ENSTA-bretagne (http://www.ensta-bretagne.fr)
TSG95 Color Bar Generator Teardown - scanlime:020
Little teardown and exploration of an old bit of NTSC / PAL television test equipment, the Tektronix TSG 95. We’ll poke around with the oscilloscope and analog TV, and we even stumble on some helpful documentation. Please consider supporting me on Patreon so I can keep making these vids! https://www.patreon.com/scanlime Subscribe to YouTube notifications or follow https://twitter.com/scanlimelive for live streaming announcements.
pdp11 FPGA demo
My pdp11 SOC running "Hello World" program. More info here: https://github.com/scottlbaker/PDP11-SOC
Preamp Shootout - Vintech, API, CAPI, Antelope
Vintech 473 Vintage API Clone CAPI VP26 CAPI VP26 (Litz) CAPI VP28 (Red Dot / Litz) Antelope Zen Tour
Real-time GPU path tracing in Full HD! (1080p)
This video was a request by Radiant. 500k triangle scene path traced in real-time with Brigade at 1920x1080 resolution (full HD) on 2 GTX 580 GPUs. More info at http://raytracey.blogspot.com
BVH-1000 Color Check
Checking color playback on the BVH-1000 1" VTR & BVT-2000 Time Base Corrector. A Grass Valley Sync Generator provides composite sync to the recorder and the TBC.
Panel Discussion on Exascale Computing
In this video from the 2016 HPC Advisory Council Switzerland Conference, Addison Snell from Intersect360 Research moderates a panel discussion on Exascale computing. Panelists: DK Panda, Ohio State University Torsten Hoefler, ETH Zurich Calista Redmond, IBM Gilad Shainer, HPC Advisory Council Learn more: http://www.hpcadvisorycouncil.com Sign up for our insideHPC Newsletter: http://insidehpc.com/newsletter
PDP 11/23 m8186 Cpu
Also with an mmu apparently.
RCA TCR-100 2 inch Quad Cart Machine Magazine Operation.
Getting a TCR-100a back to running condition again. Testing out the functionality of the TCR-100a cart magazine. Pretty good for a machine that has been sitting since 1994. It roared back to life with little trouble at all. Needs the usual cleaning and re-lubricating, and some adjusting, but otherwise working. Says a lot about the materials and workmanship that went into the quad vtr equipment in the 1960s and 1970s.
Ampex ACE Micro and VPR-80 Slo-mo/Auto-Assemble Test
Edited with a DEC PDP-11 based Ampex ACE Micro editor, using an Ampex VPR-80 as the source deck (video shot with a Panasonic 300CLE at 1/1000 sec.), a Sony BVU-950 as the editing recorder, and a BVU-900 for playback into an FCP suite.
From "the americans"
-Video del gameplay MESS emulator + SweetFX CRT curved monitor emulated captured by Hauppauge HD VPR Rocket 720p 60fps
Auphonic Leveler Batch Audio Processor: Review
My review for Leveler, the desktop version (Windows or Mac) of the batch audio processor Auphonic. Version: 1.3 Price: $89 Product Page: https://auphonic.com/leveler Thanks to Auphonic for making this review possible. Please Like, Share and Subscribe!
Kodi Tutorials - Setting Up Live TV with IPTV Simple Client and M3U URL - Links Updated Daily!
This video shows you how to set up Live TV PVR Functionality with M3U lists, and IPTV Simple Client on the Kodi Entertainment Center. This will give you access to over 1,500 Live channels and streams from all over the world in several languages with more channels coming soon! If you do not have the IPTV Simple Client PVR Add-on just click the following link to download the Add-on Zip file - http://bit.ly/iptv115 _______________ UPDATE _______________ Please uncheck "Cache m3u at local storage" so that it will automatically update your channel list upon Kodi or XBMC startup. ===================================== ***NEW M3U URL (Updated Daily - Nov 2014)*** http://www.bbts.x7.com/bbtspvr.m3u ===================================== *Please let us know when the link stops working! :D ==================================== *CLICK THE LINK BELOW TO DOWNLOAD THE KODI ENTERTAINMENT CENTER FOR ANY DEVICE* --------------------------------------------------------------- WINDOWS - http://bit.ly/1mpqHwc --------------------------------------------------------------- MAC OSX 64-bit - http://bit.ly/1rrN5pz --------------------------------------------------------------- MAC OSX 32-bit - http://bit.ly/1uSJYaY --------------------------------------------------------------- ANDROID ARM (Boxes) - http://bit.ly/1syMPRR --------------------------------------------------------------- ANDROID x86 - http://bit.ly/1x1rs2q --------------------------------------------------------------- LINUX (how-to) - http://bit.ly/1sUYnyO --------------------------------------------------------------- RASPBERRY PI - (how to) http://bit.ly/1mCvjzK --------------------------------------------------------------- XBMCbuntu - http://bit.ly/1ymkXZC --------------------------------------------------------------- AppleTV (how to) - http://bit.ly/1paPZKm --------------------------------------------------------------- iOS (how to) - http://bit.ly/1riaIR2 --------------------------------------------------------------- KODI Downloads Page - http://bit.ly/1mALUD8 ==================================== ==================================== *HERE ARE SOME DEVICES THE WORK PERFECT WITH KODI & PVR LIVE TV AS SHOWN IN THE VIDEO* -------------------------------------------------------------- Neo X8-H - http://amzn.to/1hGWgPQ Neo X8 - http://amzn.to/Y1efYp Vega S89-H - http://amzn.to/1x72U8g Vega S89-elite - http://amzn.to/Zc02cl ProBox2-EX - http://amzn.to/1mqzYnZ ==================================== ==================================== CLICK THE LINK BELOW TO VISIT SUPA'S NEW WEBSITE --------------------------------------------------------------- http://www.TechSmartDeals.com ==================================== ==================================== *CLICK THE LINK BELOW FOR THE TOP 10 VIDEO ADD-ONS OF 2014* --------------------------------------------------------------- http://bit.ly/1jdOHfF ==================================== ==================================== *CLICK THE LINK BELOW TO SUPPORT SUPA* --------------------------------------------------------------- http://tinyurl.com/kl33j6a ==================================== ==================================== ==================================== **PLEASE SHOP USING THE LINKS BELOW** --------------------------------------------------------------- *Shop Amazon - http://bit.ly/supabuy *Shop Ebay - http://ebay.to/1qVu7pk *Shop My Website - http://TechSmartDeals.com ==================================== ==================================== ==================================== ==================================== **PLEASE LIKE, FOLLOW, AND VISIT MY BLOG** --------------------------------------------------------------- *My Website - http://TechSmartDeals.com *My Blog - http://bit.ly/1k9K2O0 *Like Supa - http://on.fb.me/1jlEddT *Like XTG - http://on.fb.me/1iXGoV3 *Follow Supa - http://bit.ly/1hZ5BBG *Follow XTG - http://bit.ly/1diDEhv ==================================== ==================================== ==================================== ==================================== *PLEASE SUBSCRIBE TO ALL MY CHANNELS* --------------------------------------------------------------- *Xtreme Tech Global Channel - http://bit.ly/1hd9RHP *All Things XBMC Channel - http://bit.ly/1nhCXhh *Supa's Official Channel - http://bit.ly/1dIqq3a ==================================== ====================================
Synopsys ARC EM DSP Processors for Low-Power Embedded Systems
Learn about Synopsys' DesignWare ARC EM DSP Family, consisting of the ARC EM5D, EM7D, EM9D, and EM11D processors that are specifically designed for ultra-low power embedded DSP applications. The processors are ideally suited for DSP-intensive functions such as sensor fusion, voice detection, speech recognition and audio processing that are common in Internet of Things (IoT) and other embedded applications. Angela Raucher, Product Line Manager, ARC EM Processors, Synopsys
Lightwave 5.0 Modeler FPU running on Vampire 2 600 using 68080 FPU
Here is a video of the 68080 software FPU implementation running Lightwave Modeler 5.0 and making some simple geometry. Using a Software FPU coded by team member Jarp and Apollo Gold FPGA core 2.5.
Hybrid LUT Multiplexer FPGA Logic Architectures
Hybrid configurable logic block architectures forfield-programmable gate arrays that contain a mixture of lookuptables and hardened multiplexers are evaluated toward the goalof higher logic density and area reduction. Multiple hybridconfigurable logic block architectures, both nonfracturable andfracturable with varying MUX:LUT logic element ratios areevaluated across two benchmark suitesusing a custom tool flow consisting of LegUp-HLS, Odin-IIfront-end synthesis, ABC logic synthesis and technology mapping,and VPR for packing, placement, routing, and architectureexploration. Technology mapping optimizations that targetthe proposed architectures are also implemented within ABC.Experimentally, we show that for nonfracturable architectures,without any mapper optimizations, we naturally save up to∼8%area postplace and route; both accounting for complex logicblock and routing area while maintaining mapping depth. Witharchitecture-aware technology mapper optimizations in ABC,additional area is saved, post-place-and-route. For fracturablearchitectures, experiments show that only marginal gains areseen after place-and-route up to∼2%. For both nonfracturableand fracturable architectures, we see minimal impact on timingperformance for the architectures with best area-efficiency.The proposed architecture of this paper is analysis the logic size, area and power consumption using tanner tool.
kray edge corner detection
Kit audio processor dua belas chanal sudah pake sub
Scope Shield CNC machining. www.ForwardTactical.com
CNC machining of the Scope Shield riser ring. A product of www.ForwardTactical.com
PDP 11/40 XXDP CKBB
PDP 11/40 XXDP CKBB
네트워크 분석기로 밀리미터 웨이브, 테라헤르츠 어플리케이션 및 측정법
밀리미터 웨이브, 테라헤르츠 어플리케이션이라는 말을 들어보셨습니까. 조금 생소하실 수도 있지만, 이러한 어플리케이션은 이미 우리 생활 속에 있습니다. 흔히 군사용 어플리케이션에서 많이 쓰이고 있지만, 우리의 실생활을 조금만 더 깊이 들여다보면 많은 적용 사례들을 볼 수 있습니다. 스마트 자동차에 들어가 있는 액티브 크루즈 시스템에는 mmWave대역의 RADAR 시스템을 기본으로 하고 있습니다. 공항에서 보안을 위한 전신 스캐닝 시스템에도 밀리미터 대역의 스캐닝 시스템이 들어가 있습니다. 이 외에도 의료적 용도의 이미징 시스템, 예를 들어 머리를 검사하는데 쓰이거나 암을 효과적으로 찾아내는데 쓰이며, 또한 약품의 수분 성분을 정확하게 측정하는데 쓰이는 등 이미 우리 실생활의 곳곳에서 밀리미터 웨이브, 테라헤르츠 어플리케이션은 깊숙하게 자리 잡아 왔고, 또한 앞으로 더 발전된 형태로 사용되게 될 것입니다. 이 웹캐스트에 관심이 있으신 분들이 아마도 이러한 어플리케이션의 개발을 위해서 불철 주야 노력하고 계시는 엔지니어 분들이실 것 같습니다. 애질런트는 전통적으로 RF 전문 계측기 Vendor로서 매년 신제품 개발과 Technical leadership을 지켜온 회사로서 고객분들의 요구 사항을 최우선의 가치로 노력해온 회사입니다. 이번 세션에서는 밀리미터 웨이브 테라헤르츠 연구 개발의 핵심이 되는 장비 네트웍 애널라이저를 기본으로 측정해야 할 항목과 이 항목들을 효과적으로 측정하는 법에 대해서 알아보도록 하겠습니다. 연말 연시에 바쁜 일정이시겠지만, 많은 관심 당부드리며, 꼭 참석하시어 유용한 정보를 습득하시기 바라겠습니다. 감사합니다. 날짜: 2013년 1월 15일 오전 10시 30분~ 12시 세미나 장소:http://www.eewebinar.co.kr/webcast/index.html?category=webcast&idx=113
F5 VIPRION | F5-VPR-LTM-B4340N | Viprion LTM NEBS Blade
Your organization’s growing infrastructure puts more pressure on the network—from rising numbers of users and data center consolidation to cloud migrations and more feature-rich applications. Scaling your Application Delivery Network (ADN) to meet these ever-evolving demands means increased operational cost and complexity, limiting your organization’s ability to react quickly to new needs and opportunities. more at https://www.novianetworks.com/f5-vpr-ltm-b4340n-viprion-ltm-nebs-blade/ Each F5 VIPRION platform is a single, powerful Application Delivery Controller with modular performance blades you can add or remove without disrupting users or applications. Instead of adding devices and segmenting applications, simply add more power to your existing infrastructure as needs and opportunities arise. VIPRION enables the scalability you need to establish a sustainable ADN growth strategy Increase Intelligence, Not Operating Costs.As your infrastructure grows and requires more power for layer 4 and layer 7 processing, SSL, compression, and more, you can simply add a blade to the VIPRION chassis and it will start processing traffic automatically. Whether you’re using one blade, four blades, or eight blades, VIPRION remains one device with fixed management costs. Simplify Your Network VIPRION can help you simplify your network by offloading servers and consolidating devices, saving management costs as well as power, space, and cooling in the data center. With VIPRION’s massive performance and scalability, you can reduce the number of Application Delivery Controllers you need to deliver even the most demanding applications. By offloading computationally intense processes, VIPRION significantly reduces the number of application servers you need. VIPRION includes: • SSL/elliptical curve cryptography (ECC) hardware acceleration—Offloads costly SSL encryption. Accelerates key exchange and bulk encryption to provide best-in-market SSL performance. Enhances perfect forward secrecy (PFS) capabilities through improved ECC performance. • Hardware compression—Enables you to cost effectively offload traffic compression processing from your servers. Improves page load times and reduces bandwidth utilization. • F5 OneConnect- connection pooling—Aggregates millions of TCP requests into hundreds of server-side connections. Increases server capacity and ensures requests are handled efficiently by the back-end system. Maximize Large-Scale Application and Firewall Performance With its industry-leading layer 4/7 throughput, connection processing, and SSL/ECC performance, VIPRION efficiently manages the most demanding applications, offloads servers, and consolidates your Application Delivery Network. In addition, as an ICSA Labs Certified firewall solution, F5 BIG-IP-=Advanced Firewall Manager (AFM) on VIPRION provides native, high-performance network firewall services to protect public-facing websites and data center applications from distributed, multi-layer cyber attacks. VIPRION high-performance and distributed denial-of-service (DDoS) protection capabilities are enabled through field-programmable gate array (FPGA) technology tightly integrated with the F5 TMOS- technology and software. F5 embedded Packet Velocity- Acceleration (ePVA) FPGA delivers: • High-performance interconnection between Ethernet ports and processors. • L4 offload, enabling leading throughput rates and reduced loads on software. • Hardware-accelerated SYN flood protection. • Hardware detection and mitigation of more than 100 types of denial-of-service (DoS) and DDoS attacks. • Support for F5 IP Intelligence Services, with blacklist, whitelist, and graylist capabilities. VIPRION blades can be added or removed without disruption. For more processing power, simply add a blade, which starts processing traffic automatically. In a VIPRION system with multiple blades, you can remove a blade and the others instantly take over the processing load. VIPRION 4480 Chassis VIPRION 2400 Chassis VIPRION 4800 Chassis VIPRION 2200 Chassis • Native network overlay (VXLAN/NVGRE) support. • Hardware-enabled DNS caching, which hyperscales responses for fast service and app delivery (B2250). • User selectable hardware profiles that enable different performance levels for targeted workloads. Initial profile options include optimized L4 throughput on select platforms for CGNAT or L4-centric traffic management solutions. Achieve Ultimate Reliability
Actual working Robot
PDP-11 soviet clone. Стойка 2м43-55 . МС 1201.02
PDP-11: The Brazilian Multiplexer Drop
Wallpaper: http://i.imgur.com/Qo8C2jB.jpg But what is it? https://en.wikipedia.org/wiki/PDP-11 One of the heralding machines of UNIX, a tiny titan of long gone days.
Tektronix 1720+1730 PAL / NTSC Vectorscope+Waveform monitor 動作確認
Be yade hamidreza ke in ahango kheyli doost dash
Testing colours with BBC VDU driver for PDP-11 Unix.
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MP8d 8-channel Mic Preamp and A/D | Antelope Audio
MP8d is a flexible 8-channel Class-A Mic Preamp from Antelope Audio. Its expanded connectivity make it a top companion for your favorite Antelope Audio interfaces. MP8d is not your regular microphone preamplifier, but a meeting point of several signature Antelope Audio technologies as well. MP8d features 8 mic/line preamps, 2 of which switchable to hi-Z, an extra headphone amp and a pair of inserts for your favorite outboard effects. MP8d's enormous connectivity potential is backed up by our Acoustically Focused Clocking (AFC) jitter management technology and world-renowned A/D conversion. Two Word Clock outputs will allow you to clock more devices, including the audio interface you've paired your MP8d with. The 8-channel Mic Preamp is the perfect match for units such as the Orion Studio or the Zen Studio, boosting the total input count to 20 channels, when connected via D-SUB 25 or ADAT. Its Digital (MADI, ADAT, AES, S/PDIF) or Analog Outs make the device easy to team up with other interfaces like UA Apollo 8 or 16, Apogee Ensemble or Symphony, or any of Avid interface. MP8d can be easily controlled from its OS X & Windows compatible Software Control Panel. Here you have the classic Antelope Audio routing matrix, offering numerous routing capabilities. The control panel also features a mixer, 8 effects slots (each with EQ and Compresso), Meters Tab, 5 Presets to store your favorite setups and two oscillators that can be used for testing and calibrating gear. Most MP8d features are also accessible through its intuitive Front Panel. Find everything about MP8d here: http://antelopeaudio.com/en/products/mp8d-8-channel-mic-preamp-and-ad-converter Never miss a post from Antelope Audio: http://facebook.com/AntelopeAudio http://twitter.com/AntelopeAudio
Additional Tricks with DP Filters
What the title says... Adaptive Sampling vs Bruteforce AA and a trick to make something to work with Adaptive Sampling even if it isn't supposed to... ;)
3 Chip LED Tester.wmv
통합된 PXI 시스템과 고정밀 SMU를 이용하여 여러 개 LED의 전기적 특성과 광학적 특성을 측정하는 데모입니다. 특히, 모듈 형태의 SMU를 이용하면 RGB LED나 조명용 LED와 같이 여러 개의 LED chip이 동시에 패키징된 LED의 특성을 한 번에 측정할 수 있습니다.
AmigaWave - Programa #08. HxC Floppy Emulator , Tutorial Lightwave 3D, ....
Programa #08 de Amiga Wave. Mostraremos nuevos equipos retro por redescubir, como el Amstrad CPC y algunos de sus periféricos más curiosos, de la mano de Ron en la Retrocrypta; noticas sobre el mundo retro; debate y un primer capítulo de Tutorial de modelo 3D con Lightwave en Amiga, en nuestra sección dedicada al 3D, DreamWave. También mostraremos el HxC Floppy Emulator, cómo funciona y cómo configurarlo para Amstrad CPC, ZX Spectrum y Atari ST.
quality test mov h264 1mbps premiere
quality test mov h264 1mbps premiere
Scalable Analytic Placement for FPGAs on GPGPUs
Streamed live on Nov 19, 2015 Speakers: Ryan Pattison and Gary Grewal University of Guelph Abstract: The growth in FPGA capacity has outpaced improvements in serial processor speeds for the last decade and will continue for the foreseeable future. Unfortunately, as modern FPGAs have millions of logic elements and continue to grow, the compilation of designs can take hours or even days to complete. As a result, the runtimes of the CAD flow, including placement and routing, have become a major concern for FPGA users and vendors alike. The placement phase accounts for roughly half the total compilation time. Analytic placement algorithms are a fast method to solve the FPGA placement problem. With an aim toward developing a scalable FPGA placer, we present a parallel, analytic placer for GPGPUs. The proposed analytic placer is scalable, that is, the placer maintains efficiency as the problem size and number of parallel workers increase. Our algorithm is a parallelized version of the serial analytic placement algorithm StarPlace, and achieves speedups of 13–31 times compared to this serial version. The proposed parallel algorithm is on average 78 times faster than the academic tool Versatile Place and Route (VPR) when run in its fast, wirelength driven mode. The wirelength is on average 3% lower than VPR, with a 24% reduction in critical-path delay.
amba ahb 2
first generation AMBA-BUS-ASB .About AMBA-APB .About AMBA-AHB .Components of AMBA-AHB-master ,slave,arbiter,decoder
CUDA Path Tracer Demo
This is a sample video of the CUDA path tracer that I implemented for CIS565 at University of Pennsylvania. Please visit https://github.com/mchen15/Project2-Pathtracer for more information.
Scalable Analytic Placement for FPGAs on GPGPUs
Speakers: Ryan Pattison and Gary Grewal University of Guelph Abstract: The growth in FPGA capacity has outpaced improvements in serial processor speeds for the last decade and will continue for the foreseeable future. Unfortunately, as modern FPGAs have millions of logic elements and continue to grow, the compilation of designs can take hours or even days to complete. As a result, the runtimes of the CAD flow, including placement and routing, have become a major concern for FPGA users and vendors alike. The placement phase accounts for roughly half the total compilation time. Analytic placement algorithms are a fast method to solve the FPGA placement problem. With an aim toward developing a scalable FPGA placer, we present a parallel, analytic placer for GPGPUs. The proposed analytic placer is scalable, that is, the placer maintains efficiency as the problem size and number of parallel workers increase. Our algorithm is a parallelized version of the serial analytic placement algorithm StarPlace, and achieves speedups of 13–31 times compared to this serial version. The proposed parallel algorithm is on average 78 times faster than the academic tool Versatile Place and Route (VPR) when run in its fast, wirelength driven mode. The wirelength is on average 3% lower than VPR, with a 24% reduction in critical-path delay.
Sfera Path-Tracing Update #1: 800 x 450 @ 15FPS
Original sfera located here: https://www.youtube.com/watch?v=Dh9uWYaiP3s Updated sfera build running on: Windows 7 64-bit nVidia 2 x GTX680 SLI-mode CUDA 6.5 Recorded with FRAPS. sfera is a path-tracing game created by David "Dade" Bucciarelli. For research, I updated the libraries to use SDL2, the latest OpenCL libraries, boost 1.57.0, and bullet 2.82. The only changes in code so far was to migrate SDL code. Therefore this demonstration video does not utilize the newer benefits of SDL2 nor bullet's OpenCL implementation (in version 3.x). But still the update is considerably faster and cleaner than the original build of sfera. I hope to learn from this project while updating its implementation over time.
Path tracing of Dynamic Scenes in Unity
If you have any questions then email me at mgs-Schiefer@web.de
CUDA Path Tracer - Basic
This video shows our progress on a path tracer written with CUDA.
네트워크 분석기를 바탕으로 한 밀리미터 웨이브, 테라헤르츠 어플리케이션 및 측정법
관련 무료 웹 세미나 바로가기: http://eewebinar.co.kr/webinar_detail.asp?idx=113 밀리미터 웨이브, 테라헤르츠 어플리케이션이라는 말을 들어보셨습니까. 조금 생소하실 수도 있지만, 이러한 어플리케이션은 이미 우리 생활 속에 있습니다. 흔히 군사용 어플리케이션에서 많이 쓰이고 있지만, 우리의 실생활을 조금만 더 깊이 들여다보면 많은 적용 사례들을 볼 수 있습니다. 스마트 자동차에 들어가 있는 액티브 크루즈 시스템에는 mmWave대역의 RADAR 시스템을 기본으로 하고 있습니다. 공항에서 보안을 위한 전신 스캐닝 시스템에도 밀리미터 대역의 스캐닝 시스템이 들어가 있습니다. 이 외에도 의료적 용도의 이미징 시스템, 예를 들어 머리를 검사하는데 쓰이거나 암을 효과적으로 찾아내는데 쓰이며, 또한 약품의 수분 성분을 정확하게 측정하는데 쓰이는 등 이미 우리 실생활의 곳곳에서 밀리미터 웨이브, 테라헤르츠 어플리케이션은 깊숙하게 자리 잡아 왔고, 또한 앞으로 더 발전된 형태로 사용되게 될 것입니다. 이 웹캐스트에 관심이 있으신 분들이 아마도 이러한 어플리케이션의 개발을 위해서 불철 주야 노력하고 계시는 엔지니어 분들이실 것 같습니다. 애질런트는 전통적으로 RF 전문 계측기 Vendor로서 매년 신제품 개발과 Technical leadership을 지켜온 회사로서 고객분들의 요구 사항을 최우선의 가치로 노력해온 회사입니다. 이번 세션에서는 밀리미터 웨이브 테라헤르츠 연구 개발의 핵심이 되는 장비 네트웍 애널라이저를 기본으로 측정해야 할 항목과 이 항목들을 효과적으로 측정하는 법에 대해서 알아보도록 하겠습니다. 연말 연시에 바쁜 일정이시겠지만, 많은 관심 당부드리며, 꼭 참석하시어 유용한 정보를 습득하시기 바라겠습니다. 감사합니다. Seminar Schedulle : 15.Jan,2013 , AM 10:30 ~ AM12:00 Speaker : 금종환 부장 / 기술지원팀
Test trackmania 2 ray tracing based render
dim3 Ray Trace Demonstration
This is a small play through of a demonstration level of the ray tracing version of the dim3 engine. Every single view pixel is ray traced except for the overlays which are OpenGL. This ray tracer is very fast (as you can see) and automatically handles rastering effects like normal and specular mapping. Running on my Early 2008 4 core Mac Pro in a pixel doubled 480x300. All open-source and free, visit www.klinksoftware.com forums for more information. This level features a small light which tracks you loosely throughout the map. Video of reflections and refractions: http://www.youtube.com/watch?v=1ME7fH_toC4 Another lighting video: http://www.youtube.com/watch?v=ei-DmV43Uqs
Real-time GPU path tracing: color bleeding test
An attempt to recreate the Mirror's Edge "look" in real-time. Color bleeding test with max 7 diffuse bounces (max depth 8). Rendered in real-time with the Brigade 2 path tracer on 2 GTX 580s. The city scene is a SketchUp model made by LordGood.
Brigade 3.0 preview - Real-time path tracing
For more information : http://brigade3.com Using 2 GTX TITANs (Would be better if it was 780 Ti though ;) )
How to correct closed caption problems on Plura PBM Monitor
Video tutorial: How to correct closed caption problems on a Plura PBM Monitor Q -- My 708 Closed caption is not functioning properly A- Try setting Closed Caption to 608 Transcoded. For other questions regarding Plura® Monitors, send an E-Mail to firstname.lastname@example.org please include monitor Model, Serial Number, Release Day, FPGA Version, hours on the unit, then a description of the issue. Someone will reply to you.
PWM AM Kurzwellensender mit Audio auf 6144 Khz - Fortsetzung - eflose #294
Mitlerweilen habe ich alles etwas ordendlicher auf eine Kupferplatine aufgebaut. Ich habe noch ein Problem richtig "Leistung" zu machen, das Audio ist auch nicht sehr linear, glaube ich muss mir etwas anderes überlegen... pwm mit Transistoren Neuer Aufbau: Neuer Aufbau: https://www.youtube.com/watch?v=VPR-Ycp48-Q Facebook Elektronik Diskussionsgruppe: https://www.facebook.com/groups/Eflose
Massively Parallel Placement
Placement and routing run-times continue to dominate the automated FPGA design flow. As the size of FPGA architectures continue to grow exponentially, it remains critical to develop parallel tools for FPGA design where the amount of exposed concurrent work scales with the size of the designs to be synthesized. In this paper, we propose a novel algorithm for parallel placement, based on simulated annealing, where the amount of parallel work directly scales with the size of the net-list to be placed. Our approach concurrently evaluates and conditionally applies very large sets of non-conflicting swaps using common parallel computing primitives, including stream compaction, category reduction, and sort. While our design is suitable for targeting all modern parallel computing platforms, we present results from our implementation which targets NVIDIA’s CUDA platform, where we achieve a mean speed-up of 19x over VPR with post-routing critical-path-delay and wire-length quality that matches or exceeds VPR. We believe that this work is an important step towards the development of a scalable, high-quality placement tool. Christian Fobel
October FPGA Seminar - Titan: Large and Complex Benchmarks in Academic CAD
Kevin E. Murray, Scott Whitty, Suya Liu, Jason Luu, Vaughn Betz University of Toronto Abstract: Benchmarks play a key role in FPGA architecture and CAD research, enabling the quantitative comparison of tools and architectures. It is important that these benchmarks reflect modern designs which are large scale systems that make use of heterogeneous resources; however, most current FPGA benchmarks are both small and simple. In this paper we present Titan, a hybrid CAD flow that addresses these issues. The flow uses Altera's Quartus II FPGA CAD software to perform HDL synthesis and a conversion tool to translate the result into the academic BLIF format. Using this flow we created the Titan23 benchmark set, which consists of 23 large (90K-1.8M block) benchmark circuits covering a wide range of application domains. Using the Titan23 benchmarks and a detailed model of Altera's Stratix IV architecture we compared the performance and quality of VPR and Quartus II targeting the same architecture. We found that VPR is at least 2.7x slower, uses 5.1x more memory and 2.6x more wire compared to Quartus II. Finally, we identified that VPR's focus on achieving a dense packing is responsible for a large portion of the wire length gap.
Speeding Up FPGA Placement: Parallel Algorithms and Methods
Matthew An and Vaughn Betz Placement of a large FPGA design now commonly requires several hours, significantly hindering designer productivity. Furthermore, FPGA capacity is growing faster than CPU speed, which will further increase placement time unless new approaches are found. Multi-core processors are now ubiquitous, however, and some recent processors also have hardware support for transactional memory (TM), making parallelism an increasingly attractive approach for speeding up placement. We investigate methods to parallelize the simulated annealing placement algorithm in VPR, which is widely used in FPGA research. We explore both algorithmic changes and the use of different parallel programming paradigms and hardware, including TM, thread-level speculation (TLS) and lock-free techniques. We find that hardware TM enables large speedups (8.1x on average), but compromises "move fairness" and leads to an unacceptable quality loss. TLS scales poorly, with a maximum 2.2x speedup, but preserves quality. A new dependency checking parallel strategy achieves the best balance: the deterministic version achieves 5.9x speedup and no quality loss, while the non-deterministic, lock-free version can scale to a 34x speedup.