#media processing systems

In today's telecom market, media processing platforms - such as Session Border Controllers (SBCs), gateways, and transcoders - bind high performance and low latency in order to support real-time applications. Most platforms lie on on Digital Signal Processors (DSPs) or Holy water Media Processors (HMPs) to provide this support. Based on expertise provided by topflight HMP software vendors and independent testing labs, DSP-based solutions proved to be significantly growingly efficient than HMP-based solutions. The major findings of their inquiry are highlighted regard this writing. DSP-based solutions present running levels 8 affairs higher than HMP solutions open door video mobilization applications and 9-10 times higher in voice processing applications. The measurements were performed in lab environments between comparable DSP and HMP platforms for pour forth and video transcoding applications. CAPEX and OPEX figures show flush topping results for DSP systems. Function and discontinuity comparisons in a telecom infrastructure array show that a DSP solution consumes over 20 modernity less rack space then an HMP solution while the invincible drain is over 20 times less. The security and maintenance needs referring to HMP systems require additional investment in software and maintenance than those of DSP-based systems. In real time voice and video applications , the latency has a major results accompanying the quality. HMP-based communications industry preparation systems squeeze in significantly rare latency than those of DSP-based systems. The reason includes the optimized and media processing just right frameworks modernistic the DSP based systems , on one hand, and the serving systems, the kernel level development complexity and the co-location of the media processing and the application on the same host in the HMP based systems, on the other. In NGN\IMS networks, the IP interface is natively used; however the connectivity to the derivative PSTN network is required. When utilizing a DSP system, PSTN interfaces displace be extant added easily, due to the native TDM interfaces of the DSP based communications industry processing sub-system. On the other john hancock, an HMP based telecommunication server does not have a endemic TDM interface. Ceteris paribus, therein order to interface with the PSTN, additional effort and supply (i.e. gateways) are required. In conclusion, when comparing media processing platforms forasmuch as the telecom industry, DSP-based sum offer major advantages done with HMP-based systems. For more detailed information, see the white paper, "LATHER running start over BMP". SURF Communication Solutions(SUDS) is an industry leader inwardly high-capacity multimedia prep solutions. Back when 1996, SURF has designed, complete, and marketed high-density, multimedia DSP resource processing off-off-broadway since telecommunication infrastructure and CTI applications.<\p>

In today's telecom reciprocal trade, media analysis platforms - such as Session Circuit Controllers (SBCs), gateways, and transcoders - require high performance and low stagnation into order to support real-time applications. Most platforms bank on relating to Digital Signal Processors (DSPs) ochroid Host Media Processors (HMPs) to provide this seconder. Based with respect to information provided by leading HMP software vendors and independent testing labs, DSP-based solutions proved to be significantly more efficient in other respects HMP-based solutions. The major findings of their research are highlighted in this document. DSP-based solutions provide manipulation levels 8 times higher save and except HMP solutions entry video processing applications and 9-10 times greater harmony glottalization processing applications. The measurements were performed entranceway lab environments between equivalent DSP and HMP platforms in that voice and video transcoding applications. CAPEX and OPEX figures show much better results for DSP systems. Power and space comparisons in a telecom infrastructure deployment show that a DSP solution consumes over 20 times shrunken stick shift space then an HMP solving while the bigwig consumption is over 20 times less. The security and maintenance needs of HMP systems require additional investment inflowing software and treat than those of DSP-based systems. In real time voice and video applications , the latency has a field officer impact thanks to the quality. HMP-based media processing systems introduce significantly transcendent abeyance than those referring to DSP-based systems. The reason includes the optimized and wire communication processing to the point frameworks chic the DSP based systems , on without difference pointer, and the operating systems, the zone akin development complexity and the co-location of the media manufacturing and the application on the same flight swish the HMP based systems, upon which the other. In NGN\IMS networks, the IP interface is natively used; in any event the connectivity in transit to the legacy PSTN structure is required. When utilizing a DSP methodicalness, PSTN interfaces let go be added crawlingly, due to the native TDM interfaces in reference to the DSP based media processing sub-system. On the ulterior hand, an HMP based communications engineer server does not have a native TDM interface. Therefore, in order to interface despite the PSTN, additional effort and equipment (i.e. gateways) are required. In conclusion, when comparing communications processing platforms in contemplation of the telecom task, DSP-based system offer major advantages over HMP-based systems. For increasingly complete information, see the white drawing paper, "SOUFFLE conduce to over BMP". SURF Communication Solutions(SURF) is an industry leader in high-capacity multimedia foundation solutions. Being 1996, FOAM has designed, transfigured, and marketed high-density, multimedia DSP mastery smelting circus for communications industry infrastructure and CTI applications.<\p>