Site Surveys Pre-Staging and Delivery Management Inventory Management Equipment Installation Configuration Upgrades Live DC and AC Working Equipment Recovery. I’ve completed over 100 other Ciena on-line courses on the 6500 and Waveserver products. Ciena 6500 Certified ... Well versed in all aspects of data center design, including AC/DC power, Fiber and Copper plants, and superstructure. And with the 6500 Packet Transport System (PTS) configuration you can maintain profitable delivery of TDM services while future proofing investments toward an all-packet network modernization.Ciena’s field-proven WaveLogic programmable coherent interfaces give you a full suite of plug-and-play high-capacity solutions that offer the widest range of tunable capacities, significantly improving transport economics with the ability to scale to 800G. 6500-D14 Converged Optical Redundant DC, Max 60A; 6500-S14 Packet-Optical Redundant DC, Max 60A; Redundant DC, Max 2x50A + Central Fabric Switching Capacity The 950 W power supplies (see Figure A-1) do not connect directly to source AC or source DC but use Power Entry Modules (PEMs), located on the front of the Catalyst 6503 and Catalyst 6503-E switch chassis, to connect the site power source to the power supply located in the back of the chassis. If you follow these guidelines, you prevent an oversubscription of the power budget, which can cause the modules to power down and other unexpected results. Fibre cabling was completed to fully integrate each node into the network. The OME6500 can manage 40G and 100G interfaces in order to increase capacity. Action: COREDIRECTOR: 410-6074-100: Request a Quote: CORESTREAM: 410-0001-033: Request a Quote: CORESTREAM: 410-0001-174: Request a Quote

Train new Engineers on Ciena 6500 on all Projects I’ve just passed the Level 4, CIENA 6500 Deployment Professional Certificate and I’m working towards Level 5, 6500 Deployment Expert Certification. All of the devices used in this document started with a cleared (default) configuration. Certain switch configurations can require more power than a single power supply can provide, which depends on the wattage of the power supply. The 5.2(2) software overrides the SEEPROM value and uses a default of 1.70 A.In systems that are equipped with two power supplies, if one power supply fails and the other power supply cannot fully power all of the installed modules, system power management shuts down devices in this order:The chassis does draw some power for fans and (some) bus termination, but this power is already factored in the power budget. The number that is published for the power supply is only for the power that the Supervisor Engines/line cards will consume.There is no Catalyst 6500/6000 power supply with output that is rated at 1800 W. The 1800 W number relates to the 1300 W AC power supply. The 6500 D/S-Series configurations converge comprehensive Ethernet, TDM, and WDM capabilities in flexible chassis form factors to address business requirements at the edge, in the core, and everything in between. And they offer the added benefit of insulating your network against uncertain service mix by providing transparent transport of all client services.The 6500 Reconfigurable Line System (RLS) is a compact, simple-to-deploy, photonic layer solution that provides highly dense ROADM and amplifier configurations to improve scalability, reduce footprint, and offer more flexibility and programmability.Our eMOTR modules integrate packet switching within transport, offering sub-GE grooming for improved wavelength efficiencies, traffic prioritization for SLA adherence and deployments in uncontrolled temperature environments—so you can do it all with less equipment. The newest addition to the 6500 family, Ciena’s 6500-T12 6500-D7 Optical Type 2 The 6500-D7 Optical Type 2 is a 6RU chassis offering integrated AC and DC powering options. When equipped with AC powering, it fits perfectly in enterprise applications, such as data centers, where only AC power is available. Provides a range of differentiated service offerings through various line and equipment protection optionsSupports the full suite of photonic architectures for service transport over 2.5G to 800G wavelengthsSupports both muxponder- and central fabric-based packet/OTN switching solutions, enabling cost-optimized configurationsArchitected for high-capacity applications, Ciena’s 6500-D14/S14 configurations converge comprehensive Ethernet, TDM, and WDM capabilities with unconstrained hybrid packet/OTN switching and an intelligent control plane to maximize the bandwidth efficiency and flexibility of the overall network.Enables simplified operations and reduced sparing costs through seamless networking flexibility with the 6500 familyUtilizes 1.2 Tb/s of unrestricted hybrid packet/OTN switching for the most efficient use of network resourcesOffers industry-leading WaveLogic™ coherent technology and intelligent control plane capabilities for scale and service differentiationCopyright © 2020 Ciena Corporation.
Also, all the power consumption values for each of the cards are generated for a worst-case traffic configuration (about 100 percent). The 6500-D2 offers AC and DC powering options, providing flexibility to meet customer premises power requirements, as well as backplane connectivity between AC Power DC Power.
Four chassis form factors—6500-2, 6500-7, 6500-14, and 6500-32—are available, with the smaller variants offering both AC and DC power options. Ciena Model No. This derating is typical of power supplies and is there to make sure that there is plenty of margin. Ciena - 6500 (Service Manual) Service Manual Ciena 6500 - This Service Manual or Workshop Manual or Repair Manual is the technical document containing instructions on how to keep the product working properly.

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ciena 6500 dc power requirements