Welcome to a Vacuum Cleaner Battery specialist
of the Acterna Battery
JDSU and TSX: JDU) today announced that it will highlight the latest solutions from its optical communications and network and service enablement portfolios at the Optical Fiber Communication Conference/National Fiber Optics Engineers Conference (OFC/NFOEC) at the Moscone Center in San Francisco, CA from March 11- 13, 2014.
Conference attendees are invited to visit JDSU at booth #1315 in the South Hall at Moscone Center to see its latest offerings and learn about important product advancements that include:
CSAM (100G Services Application Module). New 100G module that brings the most flexibility and versatility to 100G with batetry like JDSU GPDR204 Battery, JDSU LI204SX Battery, JDSU MTS-6000 Battery, JDSU LI204SX-60A Battery, JDSU LI204SX-66A Battery, JDSU LI204SX-60 Battery, HP VA7100 Battery, HP VA7110 Battery, HP VA7400 Battery, HP VA7410 Batterynetwork testing. Previously, network engineers had to test 100G networks with large clunky equipment. The new CSAM module plugs into industry-leading JDSU T-BERD/MTS test instruments to create the smallest and most portable 100G test solutions for both out in the field and in the central office. Smaller and more portable test solutions are critical to ensuring a quality user experience as service providers upgrade their networks to 100G data rates.
New CFP4 LR4 module. Compact-form pluggable and long-reach modules are highly integrated transceivers required for high speed links within network infrastructures. JDSU’s newest CFP4 module design reflects the latest industry standard for providing the smallest and most cost-effective form factor for 100G transmission speeds that reach 10 kilometers within network infrastructures.
Single-Slot and Twin 1X20 Super Transport Blade. Designed for high-capacity ROADM (reconfigurable optical add drop multiplexer) networks to ensure that network equipment manufacturers (NEMs) can scale to support the rapid growth and unpredictability of Internet traffic, while also addressing escalating power constraints within network centers.