7/14/2023 0 Comments J2k controller![]() I tried it on XP and it works fine so its all on how well you computer is when it comes to those stuff. So if you connect the converter and it reconizes it with no problem, then its okay. Dont mind me though, It might just be this Laptop that My fiance has. The PSXTOUSB did come with a disk for this problem but nothing has gotten better so far. I just have been having problems with windows 98. But before you worry about that just put the controller in and run J2K and if it opens you are good to go. You will need a PSX1 or 2 controller and just incase if you computer doesnt have Direct X 6.0 or higher, your computer wont run J2K. ![]() You can find it in Radio Shack for about $11.00 bucks. You will need a USB converter called PSXTOUSB. J2K can hold up to 16 controllers, but for Mugen you will only be needing four (just for the Team Battles). I know that by now you guys must be used to the keyboard, but just imagine how well you can do with a Controller now. ![]() This is not only useful for Mugen but other Emulated games and so forth. Joy2Key is a program that tricks the computer (or Mugen) in thinking its a Keyboard. I havent been doing any web work for a while. Thank you Revanto, for fixing up the tutorial. There is still stuff in this program that I need to figure out and in this section I couldnt up load any pictures to make this tutorial easier to understand, but if you need it, just post up you email and I will send you the HTML file and the program if you cant find J2K. Keep in mind that this tutorial is version 1.0. So put on your caps and lets start this tutorial. I also notice that they took off the link to the site to download the J2K program Why? maybe because no one could had figured it out So I wanted to make this tutorial for you guys since about maybe 95% of people in this site may not even know how to use Joy2Key. He was the only one I knew of to connect game controllers to play Mugen I finally came across a friend of mine that I was trying for so long to get in contact with. As the station’s network continues to evolve, flexible functionality on the SMART platform will allow for seamless adaptation to new technical requirements.Hey guys. Going forward, the station can add or upgrade the functionality of the SMART platform for 4K using the genlock function through simple software download. In this most recent deployment, Artel provided an economical solution that supports delivery of HD content to an affiliate station and its viewers while also freeing up bandwidth for data transport. Artel’s history with this station goes back 25 years, and over this time Artel has supported the station and its engineering team in adopting new technologies and in maintaining the station’s equipment and network for live on-air event coverage. ResultĪs broadcast technology has evolved from analog video, SDI video, ethernet, and now J2K, Artel has helped customers transform their networks to meet changing format and bandwidth requirements. In under an hour, and with minimal remote support from Artel, station engineers were able to get the new SMART Platform J2K units running and passing four compressed HD-SDI video feeds over their network. Bringing transport under 1G, the broadcaster has been able to limit network delay and dispersion issuing that result from higher network speeds.īecause of COVID restrictions, which prevented outside vendors from entering the facility in person, engineers at the station configured the SMART platform themselves. The Artel SMART J2K encoder allows the broadcaster to leverage its existing Artel 1G infrastructure to compress four HD-SDI video feeds into a 150 Mb/s per video streams for transport. Rather than invest in building out further network capacity to support HD over IP, the station added Artel’s SMART J2K encoder, which not only compresses HD video below 1G but also frees up additional bandwidth for other video and data transport needs. ![]() The broadcaster had already begun its migration to IP using its existing Artel 1G infrastructure, a 70-km fiber to EDFA (optical repeater device) to 70-km fiber link that carried SD video from the station to the affiliate. To keep costs manageable, the station instead sought out a way to leverage as much of this existing infrastructure as possible to improve bandwidth efficiency. The team tried to solve this issue by using higher-speed links but found that dispersion was both a difficult and expensive hurdle to overcome. planned to add HD video services, the station’s engineering team found that it couldn’t move the higher-resolution video to its affiliate over its existing 1G station-to-affiliate link, an SDI/ASI over fiber and Gigabit Ethernet hybrid network built on Artel base fiber infrastructure.
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