RipEX
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Data speed Info sheet The best performance in any environment Modulation data speed (Gross data rate) typically listed in data sheets is frequently misinterpreted as Network performance. The only valid parameter for performance is the service quality of a network as seen by the user, measured by Network throughput (User data speed) - How many packets/bytes of payload data successfully delivered in a given time period. RACOM has a global reputation for delivering networks with the highest Network throughput. Below, we describe three of the ways in which we achieve this; all created by our innovative in-house development team using feedback we receive from the fields. RipEX2 1.1 Mbps / 200 kHz / 256QAM 6.25 - 200 kHz 4×ETH,1×SFP,1×COM,1×USB Modulation data speed High order (QAM) modulations increase Data speed but also increase the number of errors in the network especially in difficult environments with low signals, interference, multipath propagation, fading etc. RACOM developed a unique algorithm using very low overhead to correct modulation errors, used since 2011 in RipEX networks. More recently, we have improved and adapted this algorithm for use with 256 QAM modulation. RipEX2 is the only modem on the market with these features, taking network performance to the next level. Common features 0.1 - 10 watts, - 40 to +70 ° Solar ready Wifi management Customized protocols Fast remote access IPsec Radio protocols Protocol on the Radio channel is the key element for Network throughput. When collisions and access to Radio channel are not solved efficiently, Network throughput can easily drop by 50% or more. RACOM has placed particular focus on Radio protocols since its first radio modem launched in 1992 and now, we can even offer a solution for TCP/IP applications. Only RACOM provides different sophisticated protocols for different applications. These resolve collisions efficiently or can manage all traffic from the base station to completely avoid collisions. RipEX protocols provide fair distribution of channel capacity amongst all remotes in the network regardless of their signal strength. Optimization RACOM benefits from 20 years of experience in implementing optimization. We use packet compression, stream compression and short packet combination. Excessive TCP overhead is eliminated by TCP proxy optimized for Radio channel. Our optimization can typically increase network throughput over 200%. Tests have shown RACOM optimization algorithms are the best on the market by a wide margin. Exceptional Data throughput Optimized Radio protocols Unlimited Network design Backup routes

Data speed PRACTICAL TEST / 25 kHz channel Good data optimization algorithms can increase the Network throughput dramatically: Compression effectiveness is dependent on data compressibility All packets including headers are compressed overhead elimination TCP/IP and Stream compression; libraries of data repeated inside packets Packet (only pointers transmitted) packets combined for transmission reducing number of packets on the Short link Overheads Modulation dependent Modulation independent OPTIMIZATION – can increase Data speed over 200% User data speed Modulation dependent Network...