datasheet datasheet media cross connect blades overview the media cross connect (mcc) is a scalable, physical layer switch (osi layer 1) that allows users, through software control, to connect any port to any other port within the system providing the fexibility, reliability, and remote automated control needed to optimize any dynamic testing environment. the interface blades for the mcc provide the building blocks of the multiple-slot chassis system. each mcc chassis slot accommodates one blade, providing a modular platform to customize the mcc system to suit the specifc needs of each testing or laboratory environment. the type and quantity of ports available on an mcc chassis system is determined by the blades installed in the chassis. each blade has up to 36 ports, depending upon the type, and supports a variety of protocols and data rates. some blades are designed to operate with msa-compliant (sfp, sfp+, and xfp) transceivers, so the protocols supported are limited only by market availability. in addition, mrv has developed unique pluggable transceivers providing sas/sata, sdi, hd-sdi, and coax interface support for the mcc. in certain applications, installing both copper and modular transceiver blades provides media conversion within the mcc chassis that can reduce the need for additional external devices. the matrix switch of the mcc is designed to be fully non-blocking regardless of the type of interface blades used. each interface blade is hot-swappable, has front panel leds, and supports link integrity notifcation (lin) and digital diagnostics. using software commands compatible ports can be mapped in a bidirectional or unidirectional mapping, one to any multi-point broadcast or data mirroring mapping, or fbre channel arbitrated loop (fcal) mapping. applications industry environments - - network equipment manufacturers - - storage equipment manufacturers - - carriers - - enterprise laboratory and testing environments - - new product development - - device verifcation - - interoperability - - software regression - - customer support highlights flexible design - - support any combination of interface blades - - customize system for exact requirement wide variety of interface and protocol options - - sfp (up to 4.25 gbps with 2r and 3r) - - sfp+ (up to 10.7 gbps including ethernet lan, - - wan phy or sonet oc-192) - - xfp (10 gbps ethernet, 10 gbps fibre channel - - t1/e1 - - ds3/e3/sts-1 - - ethernet 10/100 mbps and 1/10 gbps fber and copper - sdi/hd-sdi digital video media conversion - conversion within the mcc - eliminates external equipment robust feature set - individual port confguration - hot-swappable design - digital diagnostics support - link integrity notifcation - clock data recovery (3r) multiple mapping confgurations - bidirectional or one way - multicast 1 to n at wire speed - port failover/cable break simulation - data mirroring 1
datasheet datasheet multi-rate cdr sfp blade (36 ports) 6g sas/sata blade (36 ports) ds3/e3/sts-1 blade (18 ports) sfp/sfp+/xfp interface blade options sfp blade (empmc-36sfp) has 36 protool-independent ports supportin protools ith data rates up to 30 gps inludin ethernet fast ethernet giait ethernet set (c-3 c-1 c-48) and fire channel (1 and giait) sdi and d-sdi multi-rate cdr sfp blade (empmc-36sfp3rmr) has 36 protool independent ports the cdr multi-rate sfp lade inludes all the untions o the fc sfp lade ith the addition o the 3r untion or set c-3 c-1 c-48 and 10/100/1000base ethernet the cdr untion is ativated independentl on eah port to eliinate auulated itter assoiated ith hiher data rate or ultiple-hop appliations 8g sfp+ blade (empmc-36fc8g) or use in the 8x hassis (c316- 144pmc8x) has 36 sfp+ protool-independent ports the lade is euipped ith cdr or fire channel 8 gps and an also support r 10/100/1000 ethernet and an r protool up to 30 gps 10g sfp+ blade (EMPMC-3610GMR) or use in the hih speed hassis onl (c316-144s) has 36 sfp+ protool-independent ports that are aard opatile ith lea sfps this lade supports ethernet up to 10g set (c-3 c-1 c-48 and c-1) and fire channel (1 and 4 gps) sdi and d-sdi 10g xfp blade (empmc-xfp) has xfp ports supportin either 10-gi ethernet a (ieee p803ae) or 10-gi fire channel all ports peror 3r sinal retiin the 10 gi xfp lade an e euipped ith a opper xfp providin support or 10g appliations usin a opper interae copper interface blade options rj-45-c blade (empmc-36rj-c) provides 36 independent 10/100/1000base-tx ethernet ports ith 3r sinal retiin eah port supports auto-neotiation speed duple lin ath mdi/mdi-x auto-sensin and uo ethernet paets it ull supports 100 mps and 1000 mps opper-to-er edia onversion and uni-diretional tra t1/e1 blade (empmc-36t1e1) provide rj-48 ports that an e independentl onured or t1 or e1 ode and or 3r sinal reeneration for edia onversion appliations the 36t1e1 ports an also e apped to sfps supportin 100 mps ethernet it also provides mdi-mdix sotare sithin ds3/e3/sts-1 blade (empmc-18dt3e3) provides 18 ds3/e3/ sts-1 ports ith oaial (10/3) onnetors eah port a e independentl onured to operate in ds3 e3 or sts-1 ode cale adapters ro (10/3) to bc are availale 6g sas/sata blade (empmc-36sas) sas/sata lade or use in the c316-144pmc8x hassis supports 30 and 60 gps data rates usin nine standard ini-sas 4 onnetors ith ull transparen to an end devies the lade provides input sinal detetion and it an disale sinal transissions to siulate ale reas or lin appin sfp blade (36 ports) 8g sfp+ blade (36 ports) 10g sfp+ blade (36 ports) 10g xfp blade (9 ports) rj-45-c blade (36 ports) t1/e1 blade (36 ports)
datasheet datasheet mrv-mcc-blades-080812 copyright ?2012 mrv communications, inc. all rights reserved. mrv operates worldwide sales and service ofces across four continents. contact us at info@mrv.com mrv communications corporate headquarters 300 apollo drive chelmsford, ma 01824 http://www.mrv.com all statements, technical information and recommendations related to the products herein are based upon information believed to be reliable or accurate. however, the accuracy or completeness thereof is not guaranteed, and no responsibility is assumed for any inaccuracies. please contact mrv communications for more information. mrv communications and the mrv communications logo are trademarks of mrv communications, inc. other trademarks are the property of their respective holders. 3020042-001 rev. a9 inter-chassis blade (empmc-36ic) interconnects any model mcc chassis as a book-end solution (paired with other inter- chassis blades) and contains 36 ports of connectivity via three cxp transceivers, supporting 12 mapping ports each. the cxp connections are data rate and protocol transparent allowing pass through of data matching the confgured port mappings. inter-chassis cabling requirements are minimized with the use of mtp cables that support 12 bi-directional channels requiring only three cables between ic blades. distances up to 100 m are supported with the ic blade confguration. detailed ordering information is available at www.mrv.com/tap . sfp/ 36 sfp mr cdr/ 36 sas/sata/ 9 8g sfp+ fc/ 36 10g sfp+/ 36 10g xfp/ 9 rj45-c/ 36 t1/e1/ 36 t3/e3/sts-1/ 18 inter-chassis/ 36 (3 connections x 12 ports each) any protocol up to 3.0 gbps - 2r ? ? ? ? ? 10/100/1000 base fiber ethernet - 2r ? ? ? ? ? 10/100/1000 base fiber ethernet w/ cdr ? ? 10/100/1000 base tx ethernet ? ? 1g/2g fibre channel - 2r ? ? ? ? ? 1g/2g/4g fibre channel C 2r ? ? ? 1g/2g/4g fibre channel w/ cdr ? ? 8g fibre channel w/ cdr ? ? sas/sata 3.0/6.0 gbps ? ? sonet oc-3, oc-12, oc-48 -2r ? ? ? ? ? sonet oc-3, oc-12, oc-48 w/ cdr ? ? 10g ethernet lan phy ? ? ? 10g fibre channel ? ? ? 10g ethernet wan phy or sonet oc-192 ? ? sdi and hd-sdi (unique mrv sfps) ? ? t1/e1 ? ? ds3/e3/sts-1 ? ? chassis support all all 36hs 8x hs 8x hs 4x 36hs all all 36hs 4x all mcc interface blade applications blade type/ # of ports application inter-chassis blade (36 ports: 3 connections x 12 ports each)
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