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ABCN & HCC

ABCN & HCC. Short status. 29 Feb 2012. Preliminary, not approved !. ABCN 130 nm Design Tasks. ABCN 130 nm Design Tasks. ABCN 130 nm Design Tasks. ABCN 130 nm Design Tasks. IRRADIATIONS PLANS (update). Front-End Prototype Xray at low temperature Standby

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ABCN & HCC

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  1. ABCN & HCC Short status 29 Feb 2012 Preliminary, not approved ! F. Anghinolfi

  2. ABCN 130 nm Design Tasks F. Anghinolfi

  3. ABCN 130 nm Design Tasks F. Anghinolfi

  4. ABCN 130 nm Design Tasks F. Anghinolfi

  5. ABCN 130 nm Design Tasks F. Anghinolfi

  6. IRRADIATIONS PLANS (update) • Front-End Prototype • Xray at low temperature Standby • Low dose rate irradiation Standby • “Beam” hit test vs. special ESD protection (P) Performed by Jan • RAM block SEU cross section (P) Under preparation (CERN-ME + FE) • SEU standard Logic cross section (with and w/o TRM) Tests on SEULogic performed at IRRAD6 : analysis on going, shows higher sensitivity than expected (early number = 7E-13 cm-2 on a TRM’d logic, but many open questions (beam structure effect …). Another measurements are in preparation in Cracow with a (constant flux) protons beam. F. Anghinolfi

  7. ABCN Aspect Ratio 7.9 mm Front-End Actually fixed according to Ashley’s hybrid design 6 mm Back-End 7.9 mm is target size justified by the 256 channels bonding fanout 6mm is target size justified by the amount of tracks under the chip area (?) F. Anghinolfi

  8. ABCN Pins Distribution Front_end (4 rows) Alt Analog Power Alt Analog Power FastTrack Test Pads BC CLK Com R3 L1 Data/Xoff Data/Xoff Power (Dig, Analog, Vreg ID Other F. Anghinolfi

  9. Power Distribution gnd! SUB ABCN 130 power implementation proposal Digital core Analogue core RegA RegD Regulator Regulator Shunt SUB Digital Pads Rails & ESD Analog Pads Rails & ESD vdd! core gnd! core vddd ext vddd! core gndd! peri vddd! Shunt gndd! core vddd! peri vdda ext gndd! Shunt Pad ring power rails cut Preliminary, not approved ! F. Anghinolfi

  10. ABCN 25 Design Issues • RAM TIMING MODELS are being updated : may have impact on the L0L1 buffer RTL description • Jan’s availability on the Front-End is not 100% F. Anghinolfi

  11. HCC Removed from HCC F. Anghinolfi

  12. HCC RTL fixed F. Anghinolfi

  13. HCC The tasks marked with ?? may be taken on by M. Key Charriere and Joel De Witt (still not fixed) Geneva University (Designer : Daniel La Marra designer) has agreed to contribute to the HCC Data Concentrator Design RTL code and descriptin fixed Main issue is to resolve the schedule overlap with ABCN (as previously) Priorities will have to be defined (as previously) Both ABCN and HCC Conceptual Design Reviews on 14-15 MARCH 2012 F. Anghinolfi

  14. ABCN & HCC DESIGN REVIEW • 14 AND 15 OF MARCH 2012 at CERN • 13:30 to 20:00 BOTH DAYS • 14/03 : room 40-R-D10 • 15/03 : room 3162-1-K01 (ATLAS)(may change) F. Anghinolfi

  15. ABCN & HCC DESIGN REVIEW Review committee : Alex Grillo - chair Rick Van Berg Ned Spencer Maurice Garcia-Sciveres KenWyllie Attendance : Open to anyone (meetingroom, EVO and orphonecallarrangement) Indicopagesunderpreparation F. Anghinolfi

  16. ABCN & HCC DESIGN REVIEW Review committee Charge (as listed in previous Conceptual Design Reviews): (1) The specifications are completed and clear. If some points are still a bit fuzzy, the review committee should clarify them or give recommendations in how to clarify them (2) The specifications meet the requirements in terms of: - functionality (architecture, pipeline length, buffers sizes, trigger interface, readout speed, ...) - physical dimension (number of channels, bounding pads location, ...) - power (maximum allowed dissipated power, power schemes, ...) - performance (noise, gain, shaping, ...) (3) The design is being done according to the specifications (4) The schedule is reasonable F. Anghinolfi

  17. ABCN & HCC DESIGN REVIEW Preliminary planning F. Anghinolfi

  18. ABCN & HCC DESIGN REVIEW Preliminary planning F. Anghinolfi

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