Gigabit Poe Media Converters

Transcript

Gigabit PoE Media Converters June, 2011 Agenda • • • • Power Over Ethernet Review Perle PoE Media Converters Other product news Q&A What is Power Over Ethernet • Power Over Ethernet is a standards-based method of supplying power to network devices over standard Ethernet UTP/STP copper cable • Commonly referred to as “PoE” • Power Sourcing Equipment – “PSE” • PoE switches • Midspan power injectors • Powered Devices – “PD” • Wireless AP’s, Network IP cameras, thin client, displays, etc Benefits of PoE Cost Saving - PoE saves time and money by avoiding the need for separate installation of Data and Power infrastructures. Simplicity – Power is fully integrated with Ethernet infrastructure, so access to difficult for power deployment areas, such as ceilings, becomes simpler. Mobility - Powered devices (PDs) can be easily moved without need for AC outlets, minimizing business disruption. Wherever there is an Ethernet connection, a PD can be easily deployed. In addition, PoE will accelerate the deployment of wireless access points and network cameras because power, which is rarely available above the ceiling, can now be offered over the Ethernet cable. Safety - no mains voltages usage, only safe direct-current 44 - 57V levels ( low voltage ) PoE Market • PoE represents ~15% of total switch ports shipped* • • 140M PoE switch ports shipped in 2010 Major Networking Vendor’s PoE port shipments* • Cisco - 42 million ( +45% over 2009 ) • HP Networking - 6.3 million ( +33% over 2009 ) • Netgear - 1.6 million ( +36% over 2009 ) *In-Stat’s 4Q10 Ethernet Switch Database THE Three Main PoE Applications 1. 2. 3. Wireless Access Points IP Cameras VoIP phones Wireless AP - PD Other Devices • • • • • • Access Control, Badge Readers Clocks and Messaging systems Intercom / Paging / Public Address systems Thin Clients Displays IOLAN SDSx P DC power over ethernet IP Camera - PD Endspan PoE Switch - PSE VoIP Phone - PD Using Midspan power injectors • Midspan Power injectors can be used with a nonPoE switch • Wireless AP – “PD” simply inserts PoE power on ethernet cable segment to the powered device AC AC UTP Switch AC Midspan Power Injectors “PSE” AC IP Camera – “PD” VoIP Phone – “PD” Power over Ethernet Standards • • IEEE 802.3af standard ( PoE ) • Ratified in 2003 • Allows up to 15.4 W output power ( 12.95 W @ PD due to power loss across a 100m cable ) • 44 – 57V DC range ( output voltage at PSE ) IEEE 802.3at standard ( PoE+ ) • Ratified in September 2009 • 30 Watts ( 600mA at 50vDC ) output power ( 25.5 watts at PD due to power loss across a 100m cable) • 50 – 57V DC range ( output voltage at PoE ) PoE+ Applications • IEEE 802.3at standard • Sometimes referred to as “PoEP”, “PoE Plus” and “High PoE”” • Backwards compatible • • • 802.3at ( PoE+ ) Type 2 devices 802.3af ( PoE ) Type 1 devices Same applications as PoE but with higher power PDs • PTZ (pan-tilt-zoom) cameras • 802.11n wireless access points with dual radios Cisco AP1250 AXIS P5532/-E Cisco Catalyst 4500 PoE Twisted Pair Powering Options • Standards-Based • IEEE Alternative A (pins 1,2 and 3,6) • IEEE Alternative B (pins 4,5 and 7,8) • Pre-Standard support • Legacy proprietary ( Cisco VoIP ) (pins 4,5 and 7,8; reverse polarity) • Legacy non-IEEE Large-capacitance detection method PoE Discovery      PSE detects if the PD has the correct signature resistance PSE detects classification current indicating power range ( Class 0 – 4 ) Controlled start-up voltage ramp up Normal operation Disconnect Challenges In Deploying PoE • Limited to the distances and bandwidth of UTP Cable • UTP Power Injectors do not increase distance Endspan PoE Switch - PSE 100m AC UTP Switch AC VoIP Phone - PD Midspan Power Injector AC VoIP Phone - PD 100m PoE Media Converters - Integrating PoE and Fiber • Use PoE/PoE+ Media Converters • Converts copper to fiber • Power is injected over copper • • PoE IS NOT injected over Fiber • Its a fiber to ethernet media converter and a PoE injector in one device • Fiber is run to the power source, and PoE is distributed over Cat 5 to the Powered Device. Leverage the Benefits of Fiber • Longer Distances • Higher Bandwidth/Capacity • Security • EMI protection – inter-building connections • Future Proofing PoE Networking Architecture Endspan PoE Switch - PSE 100m AC UTP Switch AC Midspan Power Injector AC VoIP Phone - PD 100m PoE/PoE+ Media Converter - PSE Fiber Switch AC VoIP Phone - PD VoIP Phone - PD Fiber up to 160km AC 100m Perle PoE Media Converters • Standalone ( unmanaged ) 10/100/1000 ethernet UTP to fiber media converter • Same media converter type features ( IE S-1110 ) • 96 new models • PoE and PoE+ models • Multiport configurations • 2,3 and 4 port Multiport Configurations 2 port • 1 UTP PSE port and 1 fiber ( fixed fiber or SFP slot ) 3 port • 1 UTP PSE port and 2 SFP fiber slots • 2 UTP PSE ports and 1 fixed fiber • 2 UTP PSE ports and 1 SFP fiber slot 4 port • 2 UTP PSE ports and 2 SFP fiber slots UTP PoE Power • Power can be supplied to 1 or 2 ports • Enable/disable PSE power by port • PoE Models • • 15 Watts / port PoE+ Models • 30 Watts / port Features • Supplies standard PSE PoE and PoE+ power • • • Power Management • Over-current protection • Ability to enable/disable PSE power by port PD Reset • • • Supports legacy Pre-Standard PDs If enabled, when fiber link is lost, media converter will momentarily turn power off to the PD for 2 seconds • Ability to “power-reset” inaccessible equipment Redundant Fiber uplink feature on dual fiber models • Disabled as a default ( operates as a multiport switch ) • Redundant Fiber : When the primary link fails, the media converter redirects traffic to the other fiber port within 50ms • Redundant Primary : When the primary link fails, the media converter redirects traffic to the secondary fiber port within 50ms. Upon restoration of the primary fiber link, traffic is automatically redirected back to the primary fiber Power strain relief strap PoE Hardware • Config Switches • Usual media converter type switches on UTP#1 – Smart link passthough, Fiber fault alert, loopback, etc • UTP#2 hard-set to default values • Separate Loopback selection for each port • • PoE • PSE power enable / disable • Pinout Selection – Alternative A/B, pre-standard legacy • PD Reset enable/disabled • Fiber redundancy uplink enable and selection – Redundant or primary redundant fiber Options ( same ones used on existing media converters ) • Wall mount bracket • DIN rail bracket LED’s Power ( unit ) Fiber port indicators • Link status • Duplex Copper port indicators • Speed • Link status • Duplex • PoE status • • • • Active / inactive Capacitance too High Resistance too Low Resistance too high PoE Media Converter Applications 3 port PoE Media Converter Office 1 Fiber to the Desktop VoIP Phone UTP w/PoE Fiber Switch Workstation UTP Office 2 MM or SM Fiber 2 port PoE Media Converter Cisco SPA-500G w/ integrated switch UTP w/PoE UTP Workstation PoE Fiber to the Desktop with UTP switch 3 port PoE Media Converter Office 1 VoIP Phone UTP w/PoE UTP Switch Workstation UTP Media Converters Office 2 MM or SM Fiber 2 port PoE Media Converter VoIP Phone w/ integrated switch UTP w/PoE UTP Workstation Fiber to IP Cameras Video Displays UTP w/PoE Fiber Switch UTP w/PoE UTP w/PoE Network DVR MM or SM Fiber MM or SM Fiber MM or SM Fiber Fiber to Wireless Access Points Fiber Switch UTP w/PoE UTP w/PoE UTP w/PoE MM or SM Fiber MM or SM Fiber MM or SM Fiber Redundant Fiber Uplink Wireless Access Point Network 3 port PoE Media Converter Fiber Switch Fiber or switch failure Switches all traffic over to the other fiber port. Comes back to original uplink if backup port goes down Redundant Primary Wireless Access Point Network 3 port PoE Media Converter Fiber Switch Primary Fiber link or switch Failure Switches all traffic over to other fiber port. Redundant Primary Wireless Access Point Network 3 port PoE Media Converter Fiber Switch Returns to Primary Fiber link Switches all traffic over to other fiber port. Comes back to Primary uplink ones primary is active for 6 seconds or more Multi-port Considerations – SmartLink Passthrough Only losses on both dual fiber or dual copper links will propagate the condition to the “other side” Model type Loss of 1 copper port Loss of both copper Loss of 1 fiber Loss of both fiber 2 copper, 1 fiber No effect Fiber link is brought down Both copper ports brought down N/A 1 copper, 2 fiber Both fiber ports brought down N/A No effect Copper port brought down 2 copper, 2 fiber No effect Both fiber links are brought down No effect Copper port brought down Questions ?