Versatile Link The Versatile Transceiver Towards Production Readiness Csaba Soos on behalf of Manoel Barros Marin, Stéphane Détraz, Lauri Olanterä, Christophe.

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Presentation transcript:

Versatile Link The Versatile Transceiver Towards Production Readiness Csaba Soos on behalf of Manoel Barros Marin, Stéphane Détraz, Lauri Olanterä, Christophe Sigaud, Sarah Storey, Jan Troska, François Vasey, Paschalis Vichoudis CERN PH-ESE-BE

Versatile Link 2 Outline ● Introduction ● VTRx and VTTx prototypes ● Test results ● Towards production ● Strategy ● Production testing ● Something new ● Summary Versatile Transceiver - Towards Production ReadinessTWEPP 2012

Versatile Link Versatile Link Project 3 ● Optical layer linking front-end to back-end up to 150 m distant. ● 5 Gbps ● Two Point-to-point solutions ● 850 nm Multimode ● 1310 nm Single-mode ● Front-end pluggable module ● Rad-hard front-end ● Joint Project Proposal submitted to ATLAS & CMS upgrade steering groups in 2007 and endorsed in 2008 ● Project Kick-off: April 2008 ● Phase I: Proof of Concept (18mo) ● Phase II: Feasibility Study (18mo) ● (Consolidation) ● Phase III: Pre-prodn. readiness (18mo) Versatile Transceiver - Towards Production ReadinessTWEPP 2012

Versatile Link Fully Functional Prototypes VariantLaser DriverTOSAROSAPicture Single-mode VTRx GBLD v4 Edge Emitter Laser InGaAs GBTIA v1 Multi-mode VTRx GBLD v4850 nm VCSEL GaAs GBTIA v1 Multi-mode VTTx GBLD v4850 nm VCSEL- TWEPP 2012Versatile Transceiver - Towards Production Readiness4

Versatile Link Single-mode VTRx TWEPP 2012Versatile Transceiver - Towards Production Readiness5 ParameterNormalizationV3V4 OMAOMA/300uW Eye HeightEye Height/(0.6*OMA) ERER/ /T r (1/T r )/(1/70ps) /T f (1/T f )/(1/70ps) /T j (1/T j )/(1/0.25UI) /D j (1/D j )/(1/0.12UI) Note: Bit rate = 4.8 Gb/s, UI = 208 ps TX Eye RX Eye TX Eye of 2011 vintage

Versatile Link Multi-mode VTRx TWEPP 2012Versatile Transceiver - Towards Production Readiness6 ParameterNormalizationV3V4 OMAOMA/300uW Eye HeightEye Height/(0.6*OMA) ERER/ /T r (1/T r )/(1/70ps) /T f (1/T f )/(1/70ps) /T j (1/T j )/(1/0.25UI) /D j (1/D j )/(1/0.12UI) Note: Bit rate = 4.8 Gb/s, UI = 208 ps TX Eye RX Eye TX Eye of 2011 vintage

Versatile Link Multi-mode VTTx TWEPP 2012Versatile Transceiver - Towards Production Readiness7 ParameterNormalizationCh1Ch2 OMAOMA/300uW Eye HeightEye Height/(0.6*OMA) ERER/ /T r (1/T r )/(1/70ps) /T f (1/T f )/(1/70ps) /T j (1/T j )/(1/0.25UI) /D j (1/D j )/(1/0.12UI) Note: Bit rate = 4.8 Gb/s, UI = 208 ps TX Eye Channel 2 TX Eye Channel 1

Versatile Link Towards Production ● Next steps ● Propose purchasing strategy for LHCb, CMS HCAL, CMS Pix phI, ATLAS SmWh and ATLAS LArg upgrade ● Quantities: 7750 VTTx, 1150 MM VTRx, 200 SM VTRx, 3000 SM TOSA ● Cost estimates (CHF): VTTx 149, MM VTRx 199, SM VTRx 249 ● Firm prices by mid 2013 ● Procurement procedure with tentative schedule ● Quality assurance ● Qualification (all components) ● Lot acceptance/validation (all components) ● Production testing (all manufactured modules) ● Test procedures for the above are being prepared TWEPP 2012Versatile Transceiver - Towards Production Readiness8

Versatile Link Production Test Procedure ● Verify that manufactured modules meet the Versatile Link Specifications, Part 2.1 (EDMS ) ● Static: Light-current curve (LI) ● Dynamic: Transmit Optical Eye (TP2), Receive Electrical Eye (TP4), Receiver sensitivity (BER) ● Test cycle should be optimized ● No changes in electrical/optical connections between cycles ● Target bit error rate of instead of ● Measuring transmitter while receiver sensitivity is measured ● Test automation and report generation ● Results to be stored in a database TWEPP 2012Versatile Transceiver - Towards Production Readiness9

Versatile Link Instrument-based Test System TWEPP 2012Versatile Transceiver - Towards Production Readiness10 Oscilloscope Pattern generator & error detector DUT Ref. TRx Variable Optical Attenuator & Power Meter

Versatile Link FPGA-based Test System TWEPP 2012Versatile Transceiver - Towards Production Readiness11 Oscilloscope Reference RX FPGA + DUT Variable Optical Attenuator + Power Meter

Versatile Link Small Footprint VTRx ● CMS tracker Phase II upgrade ● Need low profile optical interface for the new front-end hybrid TWEPP 2012Versatile Transceiver - Towards Production Readiness12 ● Footprint constraint ● 45 x 15 x 8 mm 3 ● Must include serializer (GBTX, 10 x 10 mm 2 ) ● Keep stand-alone module concept ● Easier prototyping and maintenance ● Reuse work done in the framework of the Versatile Link project

Versatile Link SF-VTRx Prototype TWEPP 2012Versatile Transceiver - Towards Production Readiness13 SF-VTRx versus Multi-mode VTRx SF-VTRx and its test board TX Eye RX Eye

Versatile Link Summary ● Versatile Link moves to pre-production readiness phase ● Fully functional VTRx and VTTx prototypes have been manufactured and tested ● Specifications are met ● Test procedure is being established ● Test setup is being discussed ● New VTRx form factor has been introduced: SF-VTRx ● Further size reduction might be needed ● That will be difficult to achieve using standard LC TOSA/ROSA parts ● More aggressive packaging options will be investigated Versatile Transceiver - Towards Production Readiness14TWEPP 2012

Versatile Link

Test system TWEPP 2012Versatile Transceiver - Towards Production Readiness16 ● Pattern generator and error detector (PG and ED) ● Bench-top instrument, or ● FPGA-based (e.g. GLIB) ● Precision clock source ● High-speed oscilloscope ● Sampling scope with optical head ● Real-time scope with reference receiver ● Variable Optical Attenuator (VOA) ● Optical Power Meter (PM) ● High-speed analog switch ● Optical switch

Versatile Link LC TOSA/ROSA Clip ● Customized commercial solution TWEPP 2012Versatile Transceiver - Towards Production Readiness17