1. 3M Electronics 3M CONFIDENTIAL © 3M 2008. All Rights Reserved. 3M™ MetPak™ HSHM Press-Fit B22 Connector Training Abhay Joshi – Global Product Marketing Manager

2. 2 3M Electronics 3M CONFIDENTIAL © 3M 2008. All Rights Reserved. 3M™ MetPak™ HSHM B22 Connector  Product features  True signal density:  8-Row - 101 signals per linear inch (40 lines per centimeter)  5-Row - 63 signals per linear inch (25 lines per centimeter)  Modular hard metric format:  8-row - 176 (D), 200 (E) and 88 (F) signal modules  5-row - 110 (A), 105 and 125 (B), and 55 (C) signal modules  High performance: over 5.0 Gbps backplane; 10.0 Gbps w/cable assemblies  Value proposition and typical applications  High performance, controlled impedance and shielding - 360 deg. “Virtual Coaxial Box”  Sockets are mate compatible with 2 mm Hard Metric headers – Provides immediate performance increase to legacy 2 mm Hard Metric backplanes  Applications requiring controlled impedance cable to board (HSHM with cable assemblies)  Orthogonal backplanes – minimizes trace lengths for orthogonal backplanes  Highly customizable process and assembly – allows custom connector designs to solve specific problems

3. 3 3M Electronics 3M CONFIDENTIAL © 3M 2008. All Rights Reserved. Product  Fully shielded 5-Row, 22 Column HSHM header and socket  Socket mates with standard 5-Row 2 mm headers (standard on cPCI bus backplanes) Value Proposition  High Speed applications can be run on existing cPCI backplanes without a backplane upgrade  Allows up to 5.0 Gbps while maintaining full pin-to-pin compatibility on the backplane with Picmg2.16 connectors Target customers  cPCI chassis and board manufacturers  COTS, Telecom and Industrial OEMs New Product - 3M™ MetPak™ HSHM Press-Fit B22 Connector

4. 4 3M Electronics 3M CONFIDENTIAL © 3M 2008. All Rights Reserved. PROBLEM  Industry standard cPCI bus connectors with PICMG 3.16 are limited to a maximum speed of 1.5 Gbps per differential pair  Legacy systems using cPCI applications are transitioning to higher speeds with ATCA and microTCA – however, that requires a disruptive backplane upgrade Problem: CompactPCI™ Backplane Performance 6U cPCI Backplane B22 Hard Metric A22 Hard Metric B19 Hard Metric B22 Hard Metric A22 Hard Metric 3U cPCI Backplane B22 Hard Metric A22 Hard Metric IEC 61076-4-101 2 mm Hard Metric Connectors (5 row)

5. 5 3M Electronics 3M CONFIDENTIAL © 3M 2008. All Rights Reserved. Typical Backplane Application Example “Fixed” Backplane 2 mm Hard Metric compatible backplane systems that use right angle socket connectors mounted on daughter cards can easily take advantage of this 3x speed upgrade by replacing their current HM socket with the 3M™ MetPak™ HSHM Socket Connector, requiring minimal or no modifications to the daughter card footprint. Removable / Replaceable Daughter Card

6. 6 3M Electronics 3M CONFIDENTIAL © 3M 2008. All Rights Reserved. NOTE: J1/P1 connectors have 22 columns = 5x22 = 110 signal pins 3U Front Daughter Card 3U Rear Daughter Card Example of compatible 2 mm Hard Metric Backplane CompactPCI™ with Removable Daughter Cards and Fixed Backplane

7. 7 3M Electronics 3M CONFIDENTIAL © 3M 2008. All Rights Reserved. 6U Front Daughter Card6U Rear Daughter Card Example of compatible 2 mm Hard Metric Backplane CompactPCI™ with Removable Daughter Cards and Fixed Backplane

8. 8 3M Electronics 3M CONFIDENTIAL © 3M 2008. All Rights Reserved. CompactPCI™ “Fixed” Backplane Connectors 6U cPCI Backplane B22 A22 B19 B22 A22 3U cPCI Backplane IEC 61076- 4-101 2 mm Hard Metric Connectors ( 5+2 male headers ) B22 A22 1 2 3 4 5 6 7 8 8 slots

9. 9 3M Electronics 3M CONFIDENTIAL © 3M 2008. All Rights Reserved. Solution: 3x Speed with Only a Daughter Card Change  Existing HM or cPCI backplane can be used without changes  Daughter cards are populated with HSHM shielded, controlled impedance sockets instead of HM or cPCI sockets  Interstitial grounding needed by HSHM typically necessitates re-spin of daughter cards to connect shields to daughter card ground planes  Special version of HSHM socket utilizing 6 th row of vias for vertical shield grounding could allow drop-in replacement in cases where HM or cPCI sockets with outer shield were previously being used  In this situation no re-spin of daughter card is needed!! HM or CPCI Backplane and Daughter Cards HM or CPCI Backplane and HSHM Daughter Cards

10. 10 3M Electronics 3M CONFIDENTIAL © 3M 2008. All Rights Reserved. Simulated Backplane Set-up Used for Test Verification  FR-408 boards with 8 mil wide traces  3 in. traces on daughter cards; 2 in traces on motherboards  2 motherboards were cabled together as shown to simulate a backplane set-up  Through-hole SMA connectors have vias counterbored to minimize via discontinuities Daughter Card Motherboards

11. 11 3M Electronics 3M CONFIDENTIAL © 3M 2008. All Rights Reserved. Impedance Profile Comparison  All data measured at Risetime = 35 ps  Peak impedance of HM-HM combination is 40 ohms higher at first interconnect than when 3M™ MetPak™ HSHM Socket is used! HM Socket Discontinuity HSHM Socket Discontinuity HM Socket Discontinuity HSHM Socket Discontinuity

12. 12 3M Electronics 3M CONFIDENTIAL © 3M 2008. All Rights Reserved. Near End Crosstalk Improvement  Signal pattern assumes two differential pairs per column with the middle row grounded  Crosstalk to neighboring pair is cut nearly in half even at rise times as fast as 100 ps!  Crosstalk to pairs on opposite side of ground row is negligible Victim PairAggressor Pair

13. 13 3M Electronics 3M CONFIDENTIAL © 3M 2008. All Rights Reserved. Eye Pattern Improvement  In this experimental setup, HM connector is not useable above 2.0 Gbps. Typically, HM connectors are not used in applications above ~1.0 Gbps  HM headers mated to HSHM sockets provide tremendous improvement in eye opening and jitter up to at least 5.0 Gbps  HM backplanes may be useable above 5.0 Gbps with HSHM sockets if signal conditioning is utilized HM Headers, HM Sockets HM Headers, HSHM Sockets 2 Gb/s3 Gb/s4 Gb/s5 Gb/s

14. 14 3M Electronics 3M CONFIDENTIAL © 3M 2008. All Rights Reserved. 3M™ MetPak™ HSHM Press-Fit B22 Connector Features and Benefits FeaturesAdvantagesBenefits Only high speed connector designed to meet IEC 61076-4-101 2 mm hard metric standard Allows migration to high speed for existing cPCI backplanes Don’t have to re-design backplane to migrate to higher speeds Multiple shielding options within HSHM (column differential, row differential, single – ended or virtual coaxial box) Ability to tailor shielding to customer application needs Single connector platform supports multiple design considerations for high speed applications End-to-end stackabilityConserve PCB real estate Improve density Excellent signal integrity performance 5 GbpsSupport for higher speed applications on existing cPCI backplanes

15. 15 3M Electronics 3M CONFIDENTIAL © 3M 2008. All Rights Reserved. Competition Standard 2mm Hard Metric  Pros vs. HSHM B22  More inexpensive  Cons vs. HSHM B22  Lower performance ~1.5 Gbps (cannot achieve performance upgrade) ATCA Connector  Pros vs. HSHM B22  Higher performance ~8-10Gbps  Cons vs. HSHM B22  Not backward compatible – needs forklift upgrade of system  Expensive connector price  Extensive redesign of system required (18-24 months effort)

16. 16 3M Electronics 3M CONFIDENTIAL © 3M 2008. All Rights Reserved. Target Customers Market Segments  Compact PCI board design vendors (e.g., Thales Group, Mercury Computer)  Industrial automation  Military and Defense electronics  Test and Measurement  Telecom

17. 17 3M Electronics 3M CONFIDENTIAL © 3M 2008. All Rights Reserved. Proposed Sales Tactics Anticipated Feedback/Objection Clarify the Underlying Concern Answer & Explanation Your product isn’t an industry standard Want to be able to use the standard architecture.  3M product meets the need for cPCI and provides higher speeds for backplane Your connector price is too high Do you value higher performance?  3M™ MetPak™ HSHM Connectors are designed to provide 3X performance compared to standard HM connectors without any backplane architecture change for a modestly higher price. Is the performance enough to support my high speed application for future upgrades Does it meet my requirement today and how far will this product take me in the future?  MetPak HSHM socket upgrade will allow you to run 5.0 Gbps applications

18. 18 3M Electronics 3M CONFIDENTIAL © 3M 2008. All Rights Reserved. Available Sales Tools Sales ToolsLocation Tech sheets Sales Portal & Website 3-2-1 document Sales Portal Samples Columbia Sales Sheet Sales Portal 3D CAD models Sales Portal & Website Signal integrity test info Sales Portal Training presentation Sales Portal Retrofit or Redesign – Electronics Weekly Article Sales Portal

19. 19 3M Electronics 3M CONFIDENTIAL © 3M 2008. All Rights Reserved. 3M Offering Part NumberDescriptionTech Sheet HSHM-S110B1-5AP1-TG30 3M™ MetPak™ HSHM Press-Fit Socket, 2 mm Type B22, 110 Signal Contact, 5 Rows, Right Angle, Row Differential Application, 0.76 (30) Min. Au Contact Area TS-2247 HSHM-S110B1-5AP1-TR40B 3M™ MetPak™ HSHM Press-Fit Socket, 2 mm Type B22, 110 Signal Contact, 5 Rows, Right Angle, Row Differential Application, 0.127 (5) Min. Au Contact Area TS-2247 HSHM-S110B4-5AP1-TG30 3M™ MetPak™ HSHM Press-Fit Socket, 2 mm Type B22, 110 Signal Contact, 5 Rows, Right Angle, Coaxial & Column Differential Application, 0.76 (30) Min. Au Contact Area TS-2247 HSHM-S110B4-5AP1-TR40B 3M™ MetPak™ HSHM Press-Fit Socket, 2 mm Type B22, 110 Signal Contact, 5 Rows, Right Angle, Coaxial & Column Differential Application, 0.127 (5) Min. Au Contact Area TS-2247 HSHM-S110B7-5AP1-TG30 3M™ MetPak™ HSHM Press-Fit Socket, 2 mm Type B22, 110 Signal Contact, 5 Rows, Right Angle, Stripline Application, 0.76 (30) Min. Au Contact Area TS-2247 HSHM-S110B7-5AP1-TR40B 3M™ MetPak™ HSHM Press-Fit Socket, 2 mm Type B22, 110 Signal Contact, 5 Rows, Right Angle, Stripline Application, 0.127 (5) Min. Au Contact Area TS-2247 HSHM-H110B4-5CP1-TG30 3M™ MetPak™ HSHM Press-Fit Header, 2 mm Type B22, 110 Signal Contact, 5 Rows, Straight, Coaxial, Column Differential & Stripline Applications, 4.4 mm Pin & 3.5 mm Shield, 0.76 (30) Min. Au Contact Area TS-2248 HSHM-H110B4-5CP2-TG30 3M™ MetPak™ HSHM Press-Fit Header, 2 mm Type B22, 110 Signal Contact, 5 Rows, Straight, Coaxial, Column Differential & Stripline Applications, 2 mm Pin & 2 mm Shield, 0.76 (30) Min. Au Contact Area TS-2248 HSHM-H110B4-5CP1-TR40B 3M™ MetPak™ HSHM Press-Fit Header, 2 mm Type B22, 110 Signal Contact, 5 Rows, Straight, Coaxial, Column Differential & Stripline Applications, 4.4 mm Pin & 3.5 mm Shield, 2 mm Pin & 2 mm Shield, 0.127 (5) Min. Au Contact Area TS-2248 HSHM-H110B4-5CP2-TR40B 3M™ MetPak™ HSHM Press-Fit Header, 2 mm Type B22, 110 Signal Contact, 5 Rows, Straight, Coaxial, Column Differential & Stripline Applications, 2 mm Pin & 2 mm Shield, 0.127 (5) Min. Au Contact Area TS-2248 HSHM-H110B5-5CP1-TG30 3M™ MetPak™ HSHM Press-Fit Header, 2 mm Type B22, 110 Signal Contact, 5 Rows, Straight, Row Differential Applications, 4.4 mm Pin & 3.5 mm Shield, 0.76 (30) Min. Au Contact Area TS-2248 HSHM-H110B5-5CP2-TG30 3M™ MetPak™ HSHM Press-Fit Header, 2 mm Type B22, 110 Signal Contact, 5 Rows, Straight, Row Differential Applications, 2 mm Pin & 2 mm Shield, 0.76 (30) Min. Au Contact Area TS-2248 HSHM-H110B5-5CP1-TR40B 3M™ MetPak™ HSHM Press-Fit Header, 2 mm Type B22, 110 Signal Contact, 5 Rows, Straight, Row Differential Applications, 4.4 mm Pin & 3.5 mm Shield, 2 mm Pin & 2 mm Shield, 0.127 (5) Min. Au Contact Area TS-2248 HSHM-H110B5-5CP2-TR40B 3M™ MetPak™ HSHM Press-Fit Header, 2 mm Type B22, 110 Signal Contact, 5 Rows, Straight, Row Differential Applications, 2 mm Pin & 2 mm Shield, 0.127 (5) Min. Au Contact Area TS-2248

20. 20 3M Electronics 3M CONFIDENTIAL © 3M 2008. All Rights Reserved. Questions? Comments? Frequently Asked Questions  Q: Will these products mate to competitive 2 mm HM connectors?  A: The 3M™ MetPak™ Press-Fit HSHM B22 Sockets will mate to 3M and competitors’ 2 mm hard metric connectors. The 3M MetPak Press-Fit HSHM B22 headers will only mate to the HSHM B22 socket.  Q: Are these products EU and China RoHS compliant?  A: No. However, these connectors are eligible for the press-fit RoHS exemption.  Q: Are these products eligible for the 3M Design Registration Program?  A: Yes ????

21. 21 3M Electronics 3M CONFIDENTIAL © 3M 2008. All Rights Reserved. Important Notice Before using this product, you must evaluate it and determine if it is suitable for your intended application. You assume all risks and liability associated with such use. Warranty; Limited Remedy; Limited Liability 3M’s product warranty is stated in its Product Literature available upon request. 3M MAKES NO OTHER WARRANTIES INCLUDING, BUT NOT LIMITED TO, ANY IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. If this product is defective within the warranty period stated above, your exclusive remedy shall be, at 3M’s option, to replace or repair the 3M product or refund the purchase price of the 3M product. Except where prohibited by law, 3M will not be liable for any indirect, special, incidental or consequential loss or damage arising from this 3M product, regardless of the legal theory asserted. 3M and MetPak are trademarks of 3M Company. CompactPCI is a trademark of PICMG-PCI Industrial Computer Manufacturers Group, Inc.