PCB CONNECTORS R-VPX CONNECTORS
AMPHENOL-SOCAPEX.COM
OUR RESOURCES
Access everything you need to simplify your projects. More than just a technical guide, our catalog opens the door to a multitude of services and practical tools. All the information below is available on our website or by clicking on the digital PDF.
CAD FILES & PRODUCT SELECTOR Streamline your design process with our 3D connector models. Downloadable in many formats.
FIND PRODUCT AVAILABILITY AT OUR DISTRIBUTORS With your part number, find product availability in just a few clicks!
TECHNICAL SUPPORT We’ll answer all your questions.
ONLINE QUOTATION Simply fill out our online form to receive your pricing
PRODUCT ASSEMBLY VIDEO
TECHNICAL CATALOGS
PRODUCT FAQ Answers to your most important questions.
OUR CERTIFICATIONS
MY AMPHENOL Follow our orders and delivery dates
EXPORT CONTROL CLASSIFICATION
2
OUR OFFER
38999 SERIES
RUGGED ETHERNET, USB & DISPLAY CONNECTORS
2M MICRO MINIATURE
ACCESSORIES
PT/451 - 26482 SERIES
SL61 & SOCA
RFM SERIES
PCB CONNECTORS
FIBER OPTIC SOLUTIONS
CONTACTS
ETHERNET SWITCH & MEDIA CONVERTER
USB KEYS & EXTENDERS
PS SERIES : Power Devices Solutions
CORDSETS & JUMPERS
CABLE ASSEMBLY
HARNESS IN THE BOX
From cable assembly to customized solutions, we’re here to add value to your projects. We look forward to hearing from you. CUSTOMIZED PRODUCTS AND SOLUTIONS
CONSULT US
3
OUR COMPANY
Since 1947, Amphenol Socapex has prescribed, designed and manufactured reliable and innovative interconnection solutions for harsh environments, specializing in standard and customized electrical and fiber optic connectors, contacts, accessories and cabling solutions. Amphenol Socapex, based in the Mont Blanc region of France and with operations in India and Tunisia, has a global presence in over 100 countries.
OUR MARKETS
BATTLEFIELD COMMUNICATION
GROUND VEHICLES
MILITARY AIRCRAFT / STRUCTURE
COMMERCIAL AVIATION
OTHERS
4
TECHNOLOGIES & INNOVATIONS RESEARCH & DEVELOPMENT
» ENGINEERING LABORATORY: 320m2 state-of-the-art facilities in France and India with advanced testing and analysis equipment. » EXPERTISE: 30+ specialists handling 300+ product tests and 1,400+ metrology requests annually. » TECHNOLOGY : Plating engineering, material development, high voltage analysis, 3D EM simulation, fiber optics, and assembly. » METROLOGY: Internal verification of the conformity of measuring instruments and ensuring that our measurement management system complies with the recommendations of ISO 10012.
OUR WORKSHOPS
Our workshops located in France & India provide consistent quality adapted to your volume requirements. » MOLDING: Solid expertise in thermoplastic elastomer and thermoset molding » MACHINING: Manufacturing of cylindrical shells and rectangular shells » SCREW MACHINING: Manufacturing of electrical contacts » PLATING: Plating with cadmium, nickel, electroless nickel, silver, black zinc nickel, gold » ASSEMBLY: Connector and harness assembly (electrical & optical) » AUTOMATION & TOOLING: Tools for our different activities : molding, machining, assembly
JOIN US ! WE’RE HIRING
5
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
6
Amphenol Socapex │ R-VPX
TABLE OF CONTENT
Our ressources, our offer Markets & applications
4 6
R-VPX
7
R-VPX Overview
8
R-VPX Part Number List
10 12 13 14 15 16 18 19 20 21 22 23 25 26 27 28 29 30 31 33 34 35 36 37 38
Daughter Card: How to Order
Daughter Card: 8 Position Half Left End Module Daughter Card: 16 Position Center Differential Module
R-VPX EVOLUTION SERIES- EVO 1 & EVO 2 Daughter Card: Right-Angle Plug Assembly, 16 Center
Backplane: How to Order
Backplane: 8 Position Left End Backplane Backplane: 16 Position Middle Backplane
Backplane Evolution 2: 16 Position Middle Backplane Backplane: 16 Position Right End Backplane R-VPX Rear transition Module: Part Number List
Rear transition Module: Right Angle Plug Assembly, Half Left End, Daughtercard Differential (size 08) Rear transition Module: Right Angle Plug Assembly, Center RVPX Daughtercard Differential (size 08) Rear transition Module: Right Angle Plug Assembly, Half Left End, R-VPX Daughtercard Differential (size 16) Rear transition Module: Right Angle Plug Assembly, Center RVPX Daughtercard Differential (size 16) Rear transition Module: Right Angle Plug Assembly, Center RVPX Daughtercard Differential-SE
Backplane: Rear Transition Module Center
Backplane: Rear Transition Module Vertical Receptacle Center, Partial Load
Hardware: Zinc Die Cast Guide Modules Hardware: Machined Aluminum Guide Modules
Hardware: Zinc Die Cast Guide Pins
Hardware: Machined Stainless Steel Guide Pins
Tools: Backplane Connector Removal
Installation
About Amphenol Socapex
40
All dimensions are given for information only and are in inch, except as otherwise specified │ *in mm: 1mm=0.03937 inch
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
7
Amphenol Socapex │ R-VPX
R-VPX OVERVIEW
Features & Benefits:
• Qualified to VITA 46 for Open VPX applications • Fully intermountable & intermateable to existing VITA 46 connectors • Meets and exceeds VITA 47 • Ruggedized 4 point contact system • Modular COTS lightweight connector system
• Low mating force connector system • Pin-Less backplane connector family • Supports .8 inch card slot pitches • Up to 140 signals per inch • Contact current rating 1.5 Amps
• Can be combined with high power modules, RF • Modules (VITA 67) and Optical modules (VITA 66) • -55° to 105°C
SUPPORTED HIGH-SPEED PROTOCOLS
• 1000BASE-KX • 10GBASE-KX4 • 10GBASE-KR10 • 40GBASE-KR4 • InfiniBand SDR, DDR, and QDR • PCIe Gen 1, 2, 3, 4 and 5 • Serial RapidIO 2.5, 3.125, 5, 6.25, 12.5 and 25 Gbaud
All dimensions are given for information only and are in inch, except as otherwise specified │ *in mm: 1mm=0.03937 inch All dimensions are given for information only and are in mm, except as otherwise specified *in mm: 1mm=0.03937 inch
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
8
Amphenol Socapex │ R-VPX
R-VPX OVERVIEW
Signal Integrity Comparison: Insert and Return Loss
Signal Integrity Comparison: Impedance
Note ≈ 44 ps 10-90% TDR Rise time
All dimensions are given for information only and are in inch, except as otherwise specified │ *in mm: 1mm=0.03937 inch All dimensions are given for information only and are in mm, except as otherwise specified *in mm: 1mm=0.03937 inch
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
9
Amphenol Socapex │ R-VPX
R-VPX PART NUMBER LIST
Part Number
Gender
Size
Insert Type
Plating
Contact Finish
RVPX-PE16DM1 Evolution 1 Module
16
P1-P6 Differential 16Gb/s
50 Micro-Inches
Tin
RVPX-PE216DM1 Evolution 2 Module
16
P1-P6 Differential 32Gb/s
50 Micro-Inches
Tin
RVPX-JE216MM1 Evolution 2 Backplane
16 J1, J3-J5 Middle
50 Micro-Inches
Tin
RVPX-PE16DM2 Evolution 1 Module
16
P1-P6 Differential 16Gb/s
50 Micro-Inches
Tin-Lead
RVPX-PE216DM2 Evolution 2 Module
16
P1-P6 Differential 32Gb/s
50 Micro-Inches
Tin-Lead
RVPX-JE216MM2 Evolution 2 Backplane
16 J1, J3-J5 Middle
50 Micro-Inches
Tin-Lead
RVPX-PE16DC1 Evolution 1 Module
16
P1-P6 Differential 16Gb/s
30 Micro-Inches
Tin
RVPX-PE216DC1 Evolution 2 Module
16
P1-P6 Differential 32Gb/s
30 Micro-Inches
Tin
RVPX-JE216MC1 Evolution 2 Backplane
16 J1, J3-J5 Middle
30 Micro-Inches
Tin
RVPX-PE16DC2 Evolution 1 Module
16
P1-P6 Differential 16Gb/s
30 Micro-Inches
Tin-Lead
RVPX-PE216DC2 Evolution 2 Module
16
P1-P6 Differential 32Gb/s
30 Micro-Inches
Tin-Lead
RVPX-JE216MC2 Evolution 2 Backplane
16 J1, J3-J5 Middle
30 Micro-Inches
Tin-Lead
Part Number
Gender
Size
Insert Type
Plating
Contact Finish
RVPX-P08VM1
Std Module
8 P0 V- VITA 46
50 Micro-Inches
Tin
RVPX-P08DM1
Std Module
8
P0 Differential 10Gb/s
50 Micro-Inches
Tin
RVPX-P08SM1
Std Module
8
P0 Single-Ended
50 Micro-Inches
Tin
RVPX-P08PM1
Std Module
8 P0 Power
50 Micro-Inches
Tin
RVPX-P16DM1
Std Module
16
P1-P6 Differential 10Gb/s
50 Micro-Inches
Tin
RVPX-P16SM1
Std Module
16
P1-P6 Single-Ended
50 Micro-Inches
Tin
RVPX-P16PM1
Std Module
16 P1-P6 Power
50 Micro-Inches
Tin
RVPX-P08VM2
Std Module
8 P0 V- VITA 46
50 Micro-Inches
Tin-Lead
RVPX-P08DM2
Std Module
8
P0 Differential 10Gb/s
50 Micro-Inches
Tin-Lead
RVPX-P08SM2
Std Module
8
P0 Single-Ended
50 Micro-Inches
Tin-Lead
RVPX-P08PM2
Std Module
8 P0 Power
50 Micro-Inches
Tin-Lead
RVPX-P16DM2
Std Module
16
P1-P6 Differential 10Gb/s
50 Micro-Inches
Tin-Lead
RVPX-P16SM2
Std Module
16
P1-P6 Single-Ended
50 Micro-Inches
Tin-Lead
RVPX-P16PM2
Std Module
16 P1-P6 Power
50 Micro-Inches
Tin-Lead
RVPX-P08VC1
Std Module
8 P0 V- VITA 46
30 Micro-Inches
Tin
RVPX-P08DC1
Std Module
8
P0 Differential 10Gb/s
30 Micro-Inches
Tin
RVPX-P08SC1
Std Module
8
P0 Single-Ended
30 Micro-Inches
Tin
RVPX-P08PC1
Std Module
8 P0 Power
30 Micro-Inches
Tin
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
10
Amphenol Socapex │ R-VPX
R-VPX PART NUMBER LIST
Part Number
Gender
Size
Insert Type
Plating
Contact Finish
RVPX-P16DC1
Std Module
16
P1-P6 Differential 10Gb/s
30 Micro-Inches
Tin
RVPX-P16SC1
Std Module
16
P1-P6 Single-Ended
30 Micro-Inches
Tin
RVPX-P16PC1
Std Module
16 P1-P6 Power
30 Micro-Inches
Tin
RVPX-P08VC2
Std Module
8 P0 V- VITA 46
30 Micro-Inches
Tin-Lead
RVPX-P08DC2
Std Module
8
P0 Differential 10Gb/s
30 Micro-Inches
Tin-Lead
RVPX-P08SC2
Std Module
8
P0 Single-Ended
30 Micro-Inches
Tin-Lead
RVPX-P08PC2
Std Module
8 P0 Power
30 Micro-Inches
Tin-Lead
RVPX-P16DC2
Std Module
16
P1-P6 Differential 10Gb/s
30 Micro-Inches
Tin-Lead
RVPX-P16SC2
Std Module
16
P1-P6 Single-Ended
30 Micro-Inches
Tin-Lead
RVPX-P16PC2
Std Module
16 P1-P6 Power
30 Micro-Inches
Tin-Lead
RVPX-J08EM1
Backplane
8 J0 End
50 Micro-Inches
Tin
RVPX-J08EC1
Backplane
8 J0 End
30 Micro-Inches
Tin
RVPX-J08EM2
Backplane
8 J0 End
50 Micro-Inches
Tin-Lead
RVPX-J08EC2
Backplane
8 J0 End
30 Micro-Inches
Tin-Lead
RVPX-J16MM1
Backplane
16 J1, J3-J5 Middle
50 Micro-Inches
Tin
RVPX-J16MC1
Backplane
16 J1, J3-J5 Middle
30 Micro-Inches
Tin
RVPX-J16EM1
Backplane
16 J2, J6 End
50 Micro-Inches
Tin
RVPX-J16EC1
Backplane
16 J2, J6 End
30 Micro-Inches
Tin
RVPX-J16MM2
Backplane
16 J1, J3-J5 Middle
50 Micro-Inches
Tin-Lead
RVPX-J16MC2
Backplane
16 J1, J3-J5 Middle
30 Micro-Inches
Tin-Lead
RVPX-J16EM2
Backplane
16 J2, J6 End
50 Micro-Inches
Tin-Lead
RVPX-J16EC2
Backplane
16 J2, J6 End
30 Micro-Inches
Tin-Lead
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
11
Amphenol Socapex │ R-VPX
DAUGHTER CARD: HOW TO ORDER
Complete steps 1-6 to create your part number
1.
2.
3.
4.
5.
6.
Connector Type
Contact Plating
Contact Termination Finish
Gender Size Insert Type
RVPX-
P 16
D
M
1
P1
P0
P6
P2
P5
P4
P3
STEP 1 :
STEP 2 :
Connector Type RVPX- Rugged High Speed Board
Gender
J6
J5
J4
J3
J2
J1
J0
Module 10 Gb/s Evolution Module 16 Gb/s Evolution Module 2 32 Gb/s
P
Daughter Card
STEP 3 :
PE
Part No. Amphenol R-VPX Connectors
Module Position
Size 08 8 Position Insert 16 16 Position Insert
RVPX-P08VCX RVPX-P08VMX*
PO
PE2
Differential RVPX-P16DCX RVPX-P16DMX* Single-Ended RVPX-P16SC X RVPX-P16SM X*
P1, P2, P3, P4, P5, P6
STEP 4 :
STEP 5 :
†Keying Guide Modules
RVPX-HMD-X RVPX-HMM-X
Insert Type D Differential S Single-Ended P Power
Contact Plating M 50 Micro-Inches Gold C 30 Micro-Inches Gold
Standard VITA 46 P0 Load
V
STEP 6 :
Contact Termination Finish
1 Tin
2 Tin-Lead
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
12
Amphenol Socapex │ R-VPX
DAUGHTER CARD: 8 POSITION HALF LEFT END MODULE
DAUGHTERCARD EDGE
11.81±0.2
PAD CONTACT AREA: TYP
HOUSING
18.40±0.1
5.50 REF
1.94 TYP
2.69 ±0.1 2 PLC
3.70 ±0.1
1.35 REF 6 PLC
1.8 REF 7 PLC
10.00±.13
1.50 REF
5.40 REF
10.50±0.13
10.85 REF
12.60 REF
5.40 REF
7.20 REF
16.08±.1
12.60 REF
X
C OF X
L
PLATING THICKNESS AND MATERIAL BY PART NUMBER
Part Number
Gold In Contact Area
Compliant Contact Termination Finish
Nickel Overall
RVPX-P08VM1 RVPX-P08VM2 RVPX-P08VC1 RVPX-P08VC2
Tin
50 µ-Inch min.
Tin-lead
50 µ-Inch Min.
Tin
30 µ-Inch min.
Tin-lead
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
13
Amphenol Socapex │ R-VPX
DAUGHTER CARD: 16 POSITION CENTER DIFFERENTIAL MODULE
HOUSING
DAUGHTERCARD EDGE
11.81 ±0.19
7.20 REF
PAD CONTACT AREA: TYP
13.50 REF
28.68 ±.1
5.50 REF 1.94 TYP
X
18.40 ±0.1
2.69 ±0.1 4 PLC
3.70
POSITION a1
10.00 ±.1
10.50 ±.1
1.80 REF 15 PLC
10.85 REF 1.35 REF 6 PLC
1.50 REF
13.50 REF
PLATING THICKNESS AND MATERIAL BY PART NUMBER
Part Number
Gold In Contact Area
Compliant Contact Termination Finish
Nickel Overall
RVPX-P16DM1 RVPX-P16DM2 RVPX-P16DC1 RVPX-P16DC2
Tin
50 µ-Inch min.
Tin-lead
50 µ-Inch Min.
Tin
30 µ-Inch min.
Tin-lead
Daughter Card: 16 Position Center Single End
DAUGHTERCARD EDGE
C OF DAUGHTERCARD WAFER #1 L
11.81 ±0.19
PAD CONTACT AREA: TYP
HOUSING
7.20 REF
13.50 REF
28.68 ±0.1 X
1.94 TYP
18.40 ±0.1
5.50 REF
CL OF X
2.69 ±0.1 4 PLC
1.35 REF 6 PLC
1.80 REF 15 PLC
10.50 ±.13 10.00 ±.13
CL OF 18.40
3.70 ±0.1
POST
1.50 REF
C OF X
CONTACT
13.50 REF
L
10.85 REF
PLATING THICKNESS AND MATERIAL BY PART NUMBER
Part Number
Gold In Contact Area
Compliant Contact Termination Finish
Nickel Overall
RVPX-P16SM1 RVPX-P16SM2 RVPX-P16SC1 RVPX-P16SC2
Tin
50 µ-Inch min.
Tin-lead
50 µ-Inch Min.
Tin
30 µ-Inch min.
Tin-lead
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
14
Amphenol Socapex │ R-VPX
R-VPX EVOLUTION SERIES : HIGH SPEED EVOLUTION
Amphenol introduces R-VPX Evolution Module up to 32 Gbps data rate transfer performance. Evolution is specifically designed to support the latest high speed protocols while still meeting open VPX requirements. Evolution meets the performance requirements of VITA 46 & 47 while still intermateable with existing VITA 46 backplane connectors. This connector systems is optimized for speed for and ruggedized to handle harsh environment requirements in military applications across the board.
R-VPX EVOLUTION 1.0: • 16 Gb/s+ Performance • 4 Point Contact System • Module connector has modified footprint- utilizes smaller compliant contacts for increased Si performance. • Backplane connector is the legacy connector- no changes necessary on the backplane. • Intermateable with existing/legacy VITA 46 connectors • Footprint compliant with 46.30 (VITA Draft Spec) R-VPX EVOLUTION 2.0: • 32Gb/s Performance • 4 Point Contact System • Module AND Backplane connectors utilize smaller compliant contacts for increase Si performance • Intermateable with existing/legacy VITA 46 connectors. • 46.30 Spec compliant
FEATURES AND BENEFITS Supports High Speed Protocols
• PCIe Gen 4 and Gen 5 • 1000BASE-KX • 10GBASE-KX4 • 100GBASE-KR4 •
Infiniband SDR, DDR, and QDR Serial RapidIO 12.5 Gbaud and 25 Gbaud
•
All dimensions are given for information only and are in inch, except as otherwise specified │ *in mm: 1mm=0.03937 inch
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
15
Amphenol Socapex │ R-VPX
R-VPX EVOLUTION SERIES- EVO 1 & EVO 2 - DAUGHTER CARD: RIGHT-ANGLE PLUG ASSEMBLY, 16 CENTER
PART MARKING AS FOLLOWS AMPHENOL 77820 ‘DATE CODE’ AAO PART NUMBER WORK ORDER NUMBER AS LOT NUMBER
11.81±.19
C OF DAUGHTERCARD WAFER #1 L
DAUGHTERCARD EDGE
HOUSING
PAD CONTACT AREA: TYP
5.50 REF
18.40± 0.1
1.18 TYP
2.69±0.1 4 PLC
3.70
1.35 REF 6 PLC
10.50±.1 10.00±.1
POSITION a1
1.80 REF 15 PLC
1.50 REF
13.50 REF
10.85 REF
7.20 REF
13.50 REF
28.68±.1
X
C OF X
L
PLATING THICKNESS AND MATERIAL BY PART NUMBER
Compliant Contact Termination Finish
Part Number
Gold In Contact Area
Nickel Overall
RVPX-PE16DM1 RVPX-PE16DM2 RVPX-PE16DC1 RVPX-PE16DC2 RVPX-PE216DM1 RVPX-PE216DM2 RVPX-PE216DC1 RVPX-PE216DC2
Tin
50 µ-Inch min.
Tin-lead
EVO 1 16 Gpbs
50 µ-Inch Min.
Tin
30 µ-Inch min.
Tin-lead
Tin
50 µ-Inches min.
Tin-Lead
EVO 2 32 Gpbs
50 µ-Inches min.
Tin
30 µ-Inches min
Tin-Lead
All dimensions are given for information only and are in inch, except as otherwise specified │ *in mm: 1mm=0.03937 inch
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
16
Amphenol Socapex │ R-VPX
R-VPX EVOLUTION SERIES- EVO 1 & EVO 2 DAUGHTER CARD: RIGHT-ANGLE PLUG ASSEMBLY, 16 CENTER
Part Number
Gold in Contact Area
Compliant Contact Termination Finish
Nickel Overall
RVPX-JE208EM1 RVPX-JE208EM2 RVPX-JE208EC1 RVPX-JE208EC2 RVPX-JE216EM1 RVPX-JE216EM2 RVPX-JE216EC1 RVPX-JE216EC2 RVPX-PE208VM1 RVPX-PE208VM2 RVPX-PE208VC1 RVPX-PE208VC2
Tin
50 µ-Inch min.
50 u-inch min.
Tin-Lead
EVO 2 8 Pos Backplane
Tin
30 u-inch min.
Tin-Lead
Tin
50 µ-Inch min.
50 u-inch min.
Tin-Lead
EVO 2 16 Pos Backplane
Tin
30 u-inch min.
Tin-Lead
Tin
50 µ-Inch min.
50 u-inch min.
Tin-Lead
EVO 2 8 Pos Module
Tin
30 u-inch min.
Tin-Lead
Evo 2 Hybrid Confgiurations
Rows of Contacts
Part Number
Gender
Insert Type
Plating
Contact Finish
RVPX-PE20817M2 RVPX-PE21609M2 RVPX-PE20817M1 RVPX-PE21609M1 RVPX-PE20817C2 RVPX-PE21609C2 RVPX-PE20817C1 RVPX-PE21609C1 RVPX-JE20818M2 RVPX-JE21616M2 RVPX-JE20818M1 RVPX-JE21616M1 RVPX-JE20818C2 RVPX-JE21616C2 RVPX-JE20818C1 RVPX-JE21616C1
Evo 2 Module Evo 2 Module Evo 2 Module Evo 2 Module Evo 2 Module Evo 2 Module Evo 2 Module Evo 2 Module
8
P0 V - VITA 46 Hybrid 50 Micro-Inches
Tin-Lead Tin-Lead
16
Hybrid PO+P1A
50 Micro-Inches
8
P0 V - VITA 46 Hybrid 50 Micro-Inches
Tin Tin
16
Hybrid PO+P1A
50 Micro-Inches
8
P0 V - VITA 46 Hybrid 30 Micro-Inches
Tin-Lead Tin-Lead
16
Hybrid PO+P1A
30 Micro-Inches
8
P0 V - VITA 46 Hybrid 30 Micro-Inches
Tin Tin
16
Hybrid PO+P1A
30 Micro-Inches
Evo 2 Backplane Evo 2 Backplane Evo 2 Backplane Evo 2 Backplane Evo 2 Backplane Evo 2 Backplane Evo 2 Backplane Evo 2 Backplane
8
J0 End Hybrid Hybrid J0+J1A J0 End Hybrid Hybrid J0+J1A J0 End Hybrid Hybrid J0+J1A J0 End Hybrid Hybrid J0+J1A
50 Micro-Inches 50 Micro-Inches 50 Micro-Inches 50 Micro-Inches 30 Micro-Inches 30 Micro-Inches 30 Micro-Inches 30 Micro-Inches
Tin-Lead Tin-Lead
16
8
Tin Tin
16
8
Tin-Lead Tin-Lead
16
8
Tin Tin
16
All dimensions are given for information only and are in inch, except as otherwise specified │ *in mm: 1mm=0.03937 inch
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
17
Amphenol Socapex │ R-VPX
BACKPLANE: HOW TO ORDER
Complete steps 1-6 to create your part number
1.
2.
3.
4.
5.
6.
Connector Type
Contact Plating
Contact Termi- nation Finish
Gender Size Insert Type
P1
P6
P0
P5
P2
P4
P3
RVPX-
J
E
M
1
16
J6
J5
J4
J3
J2
J1
J0
STEP 1 :
STEP 2 :
Connector Type RVPX- Rugged High Speed Board
Gender J
Backplane Backplane 32 Gbps
Backplane
JE2
STEP 3 :
Part No. Amphenol R-VPX Connectors
Module Position
Size 08 8 Position Insert 16 16 Position Insert
STEP 4 :
RVPX-J08ECX RVPX-J08EMX* RVPX-J16MCX RVPX-J16MMX* RVPX-J16ECX RVPX-J16EMX*
J0
J1, J3, J4, J5
Insert Type
J2, J6
M Middle E End
STEP 5 :
†Keying Guide Mod - ules
RVPX-HPD-X RVPX-HPM-X
Contact Plating M 50 Micro-Inches Gold C 30 Micro-Inches Gold
STEP 6 :
Contact Termination Finish
1 Tin
2 Tin-Lead
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
18
Amphenol Socapex │ R-VPX
BACKPLANE: 8 POSITION LEFT END BACKPLANE
PART MARKING AS FOLLOWS AMPHENOL 77820 ‘WORK ORDER NUMBER AS LOT NUMBER’
C OF DAUGHTERCARD WAFER #1 SLOT L
0.65 REF
CONNECTOR KEEPOUT AREA
1.8±0.13
72 PLC
HOUSING
4.9±0.13
2.1 REF
PIN “i8”
15.34±.13
1
8
1
8
i h g f e d c b a
I h g f
8 SPACES AT 1.8 = 14.4
Ø1.43±0.10
7.2 REF
1.8 8 PLC
16.2±0.13 Z
18.6±0.13
14.4 REF
e d c b a
4.50
1.7 REF
TOP OF DAUGHTERCARD (CONNECTOR SIDE)
CL OF Z
CONTACT
2.1 REF
1.8 7 PLC
1.52 REF
PIN “a1”
2.03 REF
1.39
16.07±.13
2.40±0.13 TYP
4.4±0.13
7 SPACES AT 1.8 = 12.6
12.07±.1
PC BOARD LAYOUT (CONNECTOR SIDE) SCALE 4/1
V
CL OF V
6.95 REF
10.5±0.13
X
C OF WAFER IN SLOT #1 L
0.65 REF
12.6 REF
PLATING THICKNESS AND MATERIAL BY PART NUMBER
Compliant Contact Termination Finish
Part Number
Gold In Contact Area
Nickel Overall
RVPX-J08EM1 RVPX-J08EM2 RVPX-J08EC1 RVPX-J08EC2
Tin
50 µ-Inch min.
Tin-lead
50 µ-Inch Min.
Tin
30 µ-Inch min.
Tin-lead
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
19
Amphenol Socapex │ R-VPX
BACKPLANE: 16 POSITION MIDDLE BACKPLANE
C OF DAUGHTERCARD WAFER #1 SLOT L
0.65 REF
CONNECTOR KEEPOUT AREA
1.8
28.68±.1
4.9±0.13
PIN “i16”
2.1 REF
HOUSING
7.20
8 SPACES AT 1.8 = 14.4
16.2±0.13
18.6±0.13
14.40
Z
1.7 REF
CONTACT
Z
2.1 REF
1.8 8 PLC
0.73±.1
1.8 PIN “a1”
1.8 15 PLC
4.4±0.13
2.40
29.41±.1
TOP OF DAUGHTERCARD CONNECTOR SIDE
0.89 REF
28.30±0.1
15 SPACES AT 1.8 = 27
V
13.25 REF
V
PC BOARD LAYOUT (CONNECTOR SIDE) SCALE 4/1
10.5±0.13
X
CL OF WAFER SLOT #1
0.65 REF
27 REF
PLATING THICKNESS AND MATERIAL BY PART NUMBER
Compliant Contact Termination Finish
Part Number
Gold In Contact Area
Nickel Overall
RVPX-J16MM1 RVPX-J16MM2 RVPX-J16MC1 RVPX-J16MC2
Tin
50 µ-Inch min.
Tin-lead
50 µ-Inch Min.
Tin
30 µ-Inch min.
Tin-lead
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
20
Amphenol Socapex │ R-VPX
BACKPLANE EVOLUTION 2: 16 POSITION MIDDLE BACKPLANE
PART MARKING AS FOLLOWS AMPHENOL 77820 ‘DATE CODE’
OF DAUGHTERCARD WAFER #1 SLOT
CONNECTOR KEEPOUT AREA
1.8
(28.68±.1)
4.9±0.13
PIN “i16”
HOUSING
2.1 REF
7.20
8 SPACES AT 1.8 = 14.4
16.2±0.13
14.40
18.6±0.13
Z
1.7 REF
Z
CONTACT
2.1 REF
1.8 15 PLC
0.73±.1
1.8
1.8 15 PLC
4.4±0.13
29.41±.1
TOP OF DAUGHTERCARD CONNECTOR SIDE
PIN “a1”
0.89 REF
28.30±0.1
15 SPACES AT 1.8 = 27
13.25 REF
OF V
10.5±0.13
X
OF WAFER SLOT #1
0.65 REF
27 REF
PLATING THICKNESS AND MATERIAL BY PART NUMBER
Compliant Contact Termination Finish
Part Number
Gold In Contact Area
Nickel Overall
RVPX-JE216MM1 RVPX-JE216MM2 RVPX-JE216MC1 RVPX-JE216MC2
Tin
50 µ-Inch min.
Tin-lead
50 µ-Inch Min.
Tin
30 µ-Inch min.
Tin-lead
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
21
Amphenol Socapex │ R-VPX
BACKPLANE: 16 POSITION RIGHT END BACKPLANE
4.9±0.13
HOUSING
C OF DAUGHTERCARD WAFER #1 SLOT L
CONNECTOR KEEPOUT AREA
0.65 REF
72 PLC
1.8
7.2 REF
PIN “i16”
18.6±0.13
16.2 Z
2.1 REF
C OF L
Z
TOP OF DAUGHTERCARD (CONNECTOR SIDE)
14.4 REF
8 SPACES AT 1.8 = 14.4
CONTACT
0.73±0.1
4.4±0.13
31.22±0.1
1.7 REF
4.50
2.40 TYP
2.1 REF
1.8 8 PLC
28.27±0.1
1.8 15 PLC
3.33 REF
1.8
13.25 REF
CENTERLINE OF V
PIN “a1”
0.89 REF
2.39
15 SPACES AT 1.8 = 27.00
PC BOARD LAYOUT (CONNECTOR SIDE) SCALE 4/1
10.5±0.13
CL OF WAFER SLOT #1
0.65 REF
27 REF
PLATING THICKNESS AND MATERIAL BY PART NUMBER
Compliant Contact Termination Finish
Part Number
Gold In Contact Area
Nickel Overall
RVPX-J16EM1 RVPX-J16EM2 RVPX-J16EC1 RVPX-J16EC2
Tin
50 µ-Inch min.
Tin-lead
50 µ-Inch Min.
Tin
30 µ-Inch min.
Tin-lead
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
22
Amphenol Socapex │ R-VPX
R-VPX REAR TRANSITION MODULE: PART NUMBER LIST
Part Number
Gender
Size
Insert Type
Plating
Contact Finish
RVPX-RP208DC1 RTM Module RVPX-RP208DC2 RTM Module RVPX-RP208DM1 RTM Module RVPX-RP208DM2 RTM Module
8 8 8 8 8 8 8
RP2 Single-Ended RP2 Single-Ended RP2 Differential RP2 Differential RP2 Differential RP2 Differential RP2 Differential
30 Micro-Inches 30 Micro-Inches 50 Micro-Inches 50 Micro-Inches 50 Micro-Inches 50 Micro-Inches 50 Micro-Inches 50 Micro-Inches 30 Micro-Inches 30 Micro-Inches 30 Micro-Inches 30 Micro-Inches 50 Micro-Inches 50 Micro-Inches 30 Micro-Inches 30 Micro-Inches 50 Micro-Inches 50 Micro-Inches 30 Micro-Inches 30 Micro-Inches 50 Micro-Inches 50 Micro-Inches 30 Micro-Inches 30 Micro-Inches 50 Micro-Inches 50 Micro-Inches 50 Micro-Inches 50 Micro-Inches 50 Micro-Inches 50 Micro-Inches 30 Micro-Inches 30 Micro-Inches 50 Micro-Inches 50 Micro-Inches 30 Micro-Inches 30 Micro-Inches 50 Micro-Inches 50 Micro-Inches 50 Micro-Inches
Tin
Tin-Lead
Tin
Tin-Lead
RVPX-RP208SM1 RVPX-RP208SM2
RTM Module RTM Module
Tin
Tin-Lead Tin-lead Tin-lead
RVPX-PE20815M2 RTM Module Evolution 2 RVPX-PE20817M2 RTM Module Evolution 2
8 P0
RVPX-RP208SC1 RVPX-RP208SC2
RTM Module RTM Module
8 8
RP2 Differential RP2 Differential
Tin
Tin-Lead
RVPX-RP016VC1 RTM Module RVPX-RP016VC2 RTM Module RVPX-RP016VM1 RTM Module RVPX-RP016VM2 RTM Module RVPX-RP116DC1 RTM Module RVPX-RP116DC2 RTM Module RVPX-RP116DM1 RTM Module RVPX-RP116DM2 RTM Module
16 End - RP0 16 End - RP0 16 End - RP0 16 End - RP0
Tin
Tin-Lead
Tin
Tin-Lead
16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16
RP1 Differential RP1 Differential RP1 Differential RP1 Differential
Tin
Tin-Lead
Tin
Tin-Lead
RVPX-RP116DSC1 RVPX-RP116DSC2 RVPX-RP116DSM1 RVPX-RP116DSM2
RTM Module RTM Module RTM Module RTM Module
RP1 Differential & Single-Ended RP1 Differential & Single-Ended RP1 Differential & Single-Ended RP1 Differential & Single-Ended
Tin
Tin-Lead
Tin
Tin-Lead
RVPX-RP116DC1 RTM Module RVPX-RP116DC2 RTM Module RVPX-RP116DM1 RTM Module RVPX-RP116DM2 RTM Module
RP3-RP6 Differential RP3-RP6 Differential RP3-RP6 Differential RP3-RP6 Differential P1 - P6 Differential
Tin
Tin-Lead
Tin
Tin-Lead Tin-lead Tin-lead Tin-lead Tin-lead
RVPX-PE216DM2 RTM Module Evolution 2 RVPX-PE21609M2 RTM Module Evolution 2 RVPX-PE21613M2 RTM Module Evolution 2 RVPX-PE21614M2 RTM Module Evolution 2
P0 + P1A Hybrid Power & Signal RP0 Mixed Signal & Power
RP1, RP3-RP6 Differential RP3-RP6 Single Ended RP3-RP6 Single Ended RP3-RP6 Single Ended RP3-RP6 Single Ended
RVPX-P16SC1 RVPX-P16SC2 RVPX-P16SM1 RVPX-P16SM2 RVPX-J08EC1 RVPX-J08EC2 RVPX-J08EM1 RVPX-J08EM2
RTM Module RTM Module RTM Module RTM Module
Tin
Tin-Lead
Tin
Tin-Lead
RTM Backplane RTM Backplane RTM Backplane RTM Backplane
8 RJ2 End 8 RJ2 End 8 RJ2 End 8 RJ2 End
Tin
Tin-Lead
Tin
Tin-Lead Tin-lead
RVPX-JE20818M2 RTM Backplane Evolution 2
8 J0
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
23
Amphenol Socapex │ R-VPX
R-VPX REAR TRANSITION MODULE: PART NUMBER LIST
Part Number
Gender
Size
Insert Type
Plating
Contact Finish
RVPX-JE208MM2 RTM Backplane Evolution 2
8 RJ2
50 Micro-Inches 30 Micro-Inches 30 Micro-Inches 50 Micro-Inches 50 Micro-Inches 30 Micro-Inches 30 Micro-Inches 50 Micro-Inches 50 Micro-Inches 30 Micro-Inches 30 Micro-Inches 50 Micro-Inches 50 Micro-Inches 30 Micro-Inches 30 Micro-Inches 50 Micro-Inches 50 Micro-Inches 50 Micro-Inches 30 Micro-Inches 30 Micro-Inches 50 Micro-Inches 50 Micro-Inches 50 Micro-Inches 50 Micro-Inches 50 Micro-Inches 50 Micro-Inches 50 Micro-Inches 30 Micro-Inches 30 Micro-Inches 50 Micro-Inches 50 Micro-Inches 50 Micro-Inches
Tin-lead
RVPX-RJ0116MC1 RTM Backplane RVPX-RJ0116MC2 RTM Backplane RVPX-RJ0116MM1 RTM Backplane RVPX-RJ0116MM2 RTM Backplane RVPX-RJ0216MC1 RTM Backplane RVPX-RJ0216MC2 RTM Backplane RVPX-RJ0216MM1 RTM Backplane RVPX-RJ0216MM2 RTM Backplane
16 RJ0 15 Columns of contacts 16 RJ0 15 Columns of contacts 16 RJ0 15 Columns of contacts 16 RJ0 15 Columns of contacts 16 RJ0 7 Columns of contacts 16 RJ0 7 Columns of contacts 16 RJ0 7 Columns of contacts 16 RJ0 7 Columns of contacts 16 RJ1 16 Columns of contacts 16 RJ1 16 Columns of contacts 16 RJ1 16 Columns of contacts 16 RJ1 16 Columns of contacts 16 RJ1 8 Columns of contacts 16 RJ1 8 Columns of contacts 16 RJ1 8 Columns of contacts 16 RJ1 8 Columns of contacts
Tin
Tin-Lead
Tin
Tin-Lead
Tin
Tin-Lead
Tin
Tin-Lead
RVPX-J16MC1 RVPX-J16MC2 RVPX-J16MM1 RVPX-J16MM2
RTM Backplane RTM Backplane RTM Backplane RTM Backplane
Tin
Tin-Lead
Tin
Tin-Lead
RVPX-RJ1216MC1 RTM Backplane RVPX-RJ1216MC2 RTM Backplane RVPX-RJ1216MM1 RTM Backplane RVPX-RJ1216MM2 RTM Backplane
Tin
Tin-Lead
Tin
Tin-Lead Tin-lead
RVPX-JE216MM2 RTM Backplane Evolution 2 16 Full center J1,J3,J4,J5, RJ4, RJ5, RJ6
RVPX-J16EC1 RVPX-J16EC2 RVPX-J16EM1 RVPX-J16EM2
RTM Backplane RTM Backplane RTM Backplane RTM Backplane
16 RJ3 End 16 RJ3 End 16 RJ3 End 16 RJ3 End
Tin
Tin-Lead
Tin
Tin-Lead Tin-lead Tin-lead Tin-lead Tin-lead Tin-lead
RVPX-JE216EM2 RTM Backplane Evolution 2 16 Full right end J2, J6, RJ3
RVPX-JE21610M2 RTM Backplane Evolution 2 16 RJ0
RVPX-JE21611M2 RVPX-JE21612M2
RTM Backplane Evolution 2 16 RJ0 RTM Backplane Evolution 2 16 RJ1
RVPX-JE21616M2 RTM Backplane Evolution 2 16
J0 + J1A Hybrid Power & Signal
RVPX-J16MC1 RVPX-J16MC2 RVPX-J16MM1 RVPX-J16MM2
RTM Backplane RTM Backplane RTM Backplane RTM Backplane
16 RJ4-RJ6 16 RJ4-RJ6 16 RJ4-RJ6 16 RJ4-RJ6
Tin
Tin-Lead
Tin
Tin-Lead Tin-lead
RVPX-JE216MM2 RTM Backplane Evolution 2 16 RJ1
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
24
Amphenol Socapex │ R-VPX
REAR TRANSITION MODULE: RIGHT ANGLE PLUG ASSEMBLY, HALF LEFT END, DAUGHTERCARD DIFFERENTIAL
PART MARKING AS FOLLOWS AMPHENOL 77820 ‘DATE CODE’ ‘AAO PART NUMBER’ ‘WORK ORDER NUMBER AS LOT NUMBER’
11.81 ±0.19
DAUGHTERCARD EDGE
HOUSING
18.40 ±0.10
1.94 TYP
5.50 REF
2.69±0.10 4 PLC
3.70
1.35 REF 6 PLC
POST
10.00 ±0.1 10.50 ±0.1 1.50 REF
1.80 REF
CL OF X 5.40 REF
CONTACT
12.60 REF
10.85 REF
C OF X
L
5.40 REF
7.20 REF
16.08 ±0.1
X
PLATING THICKNESS AND MATERIAL BY PART NUMBER
Compliant Contact Termination Finish
Part Number
Gold In Contact Area
Nickel Overall
RVPX-RP208DM1 RVPX-RP208DM2 RVPX-RP208DC2 RVPX-RP208DC2
Tin
50 µ-Inch min.
Tin-lead
50 µ-Inch Min.
Tin
30 µ-Inch min.
Tin-lead
All dimensions are given for information only and are in inch, except as otherwise specified │ *in mm: 1mm=0.03937 inch
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
25
Amphenol Socapex │ R-VPX
REAR TRANSITION MODULE: RIGHT ANGLE PLUG ASSEMBLY, CENTER RVPX DAUGHTERCARD DIFFERENTIAL
PART MARKING AS FOLLOWS AMPHENOL 77820 ‘DATE CODE’ ‘AAO PART NUMBER’ ‘WORK ORDER NUMBER AS LOT NUMBER’
C OF DAUGHTERCARD WAFER #8 L
11.81 ±0.19
DAUGHTERCARD EDGE
HOUSING
18.40 ±0.10
CL OF 18.40
5.50 REF
1.94 TYP
3.70
2.69±0.10 2 PLC
1.80 REF 7 PLC
1.35 REF 6 PLC
10.00 ±0.1 10.50 ±0.1 1.50 REF
C OF X L
5.40 REF
POST
CONTACT
10.85 REF
12.60 REF
5.40 REF 7.20 REF
16.08 ±0.1 X
CL OF X
PLATING THICKNESS AND MATERIAL BY PART NUMBER
Compliant Contact Termination Finish
Part Number
Gold In Contact Area
Nickel Overall
RVPX-RP208SM1 RVPX-RP208SM2 RVPX-RP208SC1 RVPX-RP208SC2
Tin
50 µ-Inch min.
Tin-lead
50 µ-Inch Min.
Tin
30 µ-Inch min.
Tin-lead
All dimensions are given for information only and are in inch, except as otherwise specified │ *in mm: 1mm=0.03937 inch
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
26
Amphenol Socapex │ R-VPX
REAR TRANSITION MODULE: RIGHT ANGLE PLUG ASSEMBLY, CENTER, DAUGHTERCARD DIFFERENTIAL
PART MARKING AS FOLLOWS AMPHENOL 77820 ‘DATE CODE’ ‘AAO PART NUMBER’ ‘WORK ORDER NUMBER AS LOT NUMBER’
11.81 ±0.19
DAUGHTERCARD EDGE
CL OF X
HOUSING
CL OF 18.40
18.40 ±0.10
1.94 TYP
2.69 4 PLC
5.50 REF
3.70
1.35 REF 6 PLC
1.80 15 PLC
10.00 ±0.1 10.50 ±0.1 1.50 REF
CONTACT POST
C OF DAUGHTERCARD WAFER #16 L
13.50 REF
10.85 REF
7.20 REF
13.50 REF
28.68 ±0.1 X
C OF X
L
PLATING THICKNESS AND MATERIAL BY PART NUMBER
Compliant Contact Termination Finish
Part Number
Gold In Contact Area
Nickel Overall
RVPX-RP016VM1 RVPX-RP016VM2 RVPX-RP016VC1 RVPX-RP016VC2
Tin
50 µ-Inch min.
Tin-lead
50 µ-Inch Min.
Tin
30 µ-Inch min.
Tin-lead
All dimensions are given for information only and are in inch, except as otherwise specified │ *in mm: 1mm=0.03937 inch
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
27
Amphenol Socapex │ R-VPX
REAR TRANSITION MODULE: RIGHT ANGLE PLUG ASSEMBLY, CENTER RVPX DAUGHTERCARD DIFFERENTIAL
DAUGHTERCARD EDGE
PART MARKING AS FOLLOWS AMPHENOL 77820 ‘DATE CODE’ ‘AAO PART NUMBER’ ‘WORK ORDER NUMBER AS LOT NUMBER’
11.81 ±0.19
HOUSING
18.40 ±0.10
1.94 TYP
5.50 REF
3.70
1.35 REF 6 PLC 1.50 REF 10.85 REF
2.69±0.10 4 PLC
10.00 ±0.1 10.50 ±0.1
POSITION a16
1.80 REF 15 PLC 13.50 REF
C OF X
L
7.20 REF
13.50 REF
28.68 ±0.1
x
C OF X
L
PLATING THICKNESS AND MATERIAL BY PART NUMBER
Compliant Contact Termination Finish
Part Number
Gold In Contact Area
Nickel Overall
RVPX-RP116DM1 RVPX-RP116DM2 RVPX-RP116DC1 RVPX-RP116DC2
Tin
50 µ-Inch min.
Tin-lead
50 µ-Inch Min.
Tin
30 µ-Inch min.
Tin-lead
All dimensions are given for information only and are in inch, except as otherwise specified │ *in mm: 1mm=0.03937 inch
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
28
Amphenol Socapex │ R-VPX
REAR TRANSITION MODULE: RIGHT ANGLE PLUG ASSEMBLY, CENTER RVPX DAUGHTERCARD DIFFERENTIAL-SE
PART MARKING AS FOLLOWS AMPHENOL 77820 ‘DATE CODE’ ‘AAO PART NUMBER’ ‘WORK ORDER NUMBER AS LOT NUMBER’
11.81 ±0.19
C OF DAUGHTERCARD WAFER #16 L
DAUGHTERCARD EDGE
HOUSING
5.50 REF
18.40 ±0.10
1.94 TYP
3.70
2.69±0.10 4 PLC
10.00 ±0.1 10.50 ±0.1
1.80 REF 15 PLC 13.50 REF
1.35 REF 6 PLC
CL OF X
1.50 REF
10.85 REF
7.20 REF
13.50 REF
28.68 ±0.1
X
C OF X
L
PLATING THICKNESS AND MATERIAL BY PART NUMBER
Compliant Contact Termination Finish L
Part Number
Gold In Contact Area
Nickel Overall
RVPX-RP116DSM1 RVPX-RP116DSM2 RVPX-RP116DSC1 RVPX-RP116DSC2
Tin
50 µ-Inch min.
Tin-lead
50 µ-Inch Min.
Tin
30 µ-Inch min.
Tin-lead
All dimensions are given for information only and are in inch, except as otherwise specified │ *in mm: 1mm=0.03937 inch
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
29
Amphenol Socapex │ R-VPX
BACKPLANE: REAR TRANSITION MODULE CENTER
(18.60)
(29.41)
(10.50)
PLATING THICKNESS AND MATERIAL BY PART NUMBER
Compliant Contact Termination Finish
Part Number
Gold In Contact Area
Nickel Overall
RVPX-RJ0116MM1M RVPX-RJ0116MM2M RVPX-RJ0116MC1M RVPX-RJ0116MC2M
Tin
50 µ-Inch min.
Tin-lead
50 µ-Inch Min.
Tin
30 µ-Inch min.
Tin-lead
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
30
Amphenol Socapex │ R-VPX
BACKPLANE: REAR TRANSITION MODULE VERTICAL RECEPTACLE CENTER, PARTIAL LOAD
PART MARKING AS FOLLOWS AMPHENOL 77820 ‘DATE CODE’
CONNECTOR KEEPOUT AREA
C OF DAUGHTERCARD WAFER #1 SLOT L
0.65 REF
29.4 ±0.1
1.8 ±0.13
PIN “a16”
0.73 ±0.1
COLUMNS 9 THRU 16 CONTACTS NOT LOADED EXCEPT CONTACTS
1.7
4.4 ±0.13
i9, i10, i11, i12, i13, i14, i15, i16
CONTACT
2.1 REF
HOUSING
8 SPACES AT 1.8 = 14.40
TOP OF DAUGHTERCARD CONNECTOR SIDE
2.1 REF
7.2 REF
1.8 ±0.13
1.8 8 PLC
16.20 Z
14.4 REF
1.8 15 PLC
PIN “i1”
CL OF Z
15 SPACES AT 1.8 = 27
18.6 ±0.13
PC BOARD REAR TRANSITION LAYOUT (CONNECTOR SIDE) SCALE 3/1
28.68 ±0.1
2.40 ±0.18 TYP
4.9 ±0.13
28.30 ±0.10 V
CL OF Z
PART MARKING AS FOLLOWS
10.5 ±0.13
X
CL OF WAFER #8 SLOT
1.15 REF
0.65 REF
10.8 REF
CL OF WAFER #1 SLOT
PLATING THICKNESS AND MATERIAL BY PART NUMBER
Compliant Contact Termination Finish
Part Number
Gold In Contact Area
Nickel Overall
RVPX-RJ0216MM1 RVPX-RJ0216MM2 RVPX-RJ0216MC1 RVPX-RJ0216MC2
Tin
50 µ-Inch min.
Tin-lead
50 µ-Inch Min.
Tin
30 µ-Inch min.
Tin-lead
All dimensions are given for information only and are in inch, except as otherwise specified │ *in mm: 1mm=0.03937 inch
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
31
Amphenol Socapex │ R-VPX
BACKPLANE: REAR TRANSITION MODULE VERTICAL RECEPTACLE CENTER, PARTIAL LOAD
PART MARKING AS FOLLOWS AMPHENOL 77820 ‘DATE CODE’
C OF DAUGHTERCARD WAFER #1 SLOT L
CONNECTOR KEEPOUT AREA
29.41 ±0.1
0.65 REF
1.8 ±0.13
COLUMNS 1 THRU 8 CONTACTS NOT LOADED EXCEPT CONTACTS
PIN “a16”
4.4 ±0.13
1.7
HOUSING
i1, i2, i3, i4, i5, i6, i7, i8
2.1 REF
8 SPACES AT 1.8 = 14.40
CONTACT
TOP OF DAUGHTERCARD CONNECTOR SIDE
2.1 REF
16.2 ±0.13
14.4 REF
1.8 ±0.13
Z
1.8 8 PLC
18.6 ±0.13
7.2 REF
CL OF Z
1.8 15 PLC
PIN “i1”
15 SPACES AT 1.8 = 27
2.40 ±0.18 TYP
28.68 ±0.1
PC BOARD REAR TRANSITION LAYOUT (CONNECTOR SIDE) SCALE 3/1
4.9 ±0.13
28.30 V
13.25 REF
CL OF Z
PART MARKING AS FOLLOWS
10.5 ±0.13
X
0.65 REF
12.6 REF
CL OF WAFER #1 SLOT
PLATING THICKNESS AND MATERIAL BY PART NUMBER
Compliant Contact Termination Finish
Part Number
Gold In Contact Area
Nickel Overall
RVPX-RJ1216MM1 RVPX-RJ1216MM2 RVPX-RJ1216MC1 RVPX-RJ1216MC2
Tin
50 µ-Inch min.
Tin-lead
50 µ-Inch Min.
Tin
30 µ-Inch min.
Tin-lead
All dimensions are given for information only and are in inch, except as otherwise specified │ *in mm: 1mm=0.03937 inch
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
32
Amphenol Socapex │ R-VPX
HARDWARE: ZINC DIE CAST GUIDE MODULES
9.00
S
CONTACT. ESD
HOUSING
“A” MEASURED COUNTERCLOCKWISE
9.63 MAX
0°
1.30 ±0.10
5.50
2.70
2.70 ±0.08
Ø3.00 ±0.05 Z
5.00
12.50
22.75
Ø4.65 ±0.05
SECTION S-S
S
5.5
LAST PIN ROW OF ADJACENT SIGNAL CONNECTOR
5.25
4.75
Y
7.25 2 PLC
1.50
PIN A1 OF ADJACENT SIGNAL CONNECTOR
EDGE OF DAUGHTERCARD
12.50
TOP OF MOTHERBOARD
M3 X 0.5-6H X3.O MIN
PRIMARY PCB LAYOUT CONNECTOR SIDE SCALE 3/1
5.50
ZINC DIE CAST GUIDE MODULES Part Number DIM. A RVPX-HMD-1 0 RVPX-HMD-2 45 RVPX-HMD-3 90 RVPX-HMD-7 270 RVPX-HMD-8 315 RVPX-HMD-9 No Key
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
33
Amphenol Socapex │ R-VPX
HARDWARE: MACHINED ALUMINUM GUIDE MODULES
Ø3.00 ±0.05
Z
Ø4.65 ±0.05
5.5
LAST PIN ROW OF ADJACENT SIGNAL CONNECTOR
4.75
Y
7.25 2 PLC
1.50
PIN A1 OF ADJACENT SIGNAL CONNECTOR
9
EDGE OF DAUGHTERCARD
12.50
TOP OF MOTHERBOARD
22.75
PRIMARY PCB LAYOUT CONNECTOR SIDE SCALE 3/1
X
HOUSING
ESD SPRING
DIM “A” MEASURED COUNTERCLOCKWISE
0°
5.50 ±0.04
Ø5.90 ±0.08
1.30 ±0.10
2.70
2.70 ±0.08
5.00 ±0.05
SECTION X-X
M3 X 0.5-6H X 3.0
X
(5.25)
(5.5)
MACHINED ALUMINUM GUIDE MODULES
Part Number RVPX-HMM-1 RVPX-HMM-2 RVPX-HMM-3 RVPX-HMM-4 RVPX-HMM-5 RVPX-HMM-6 RVPX-HMM-7 RVPX-HMM-8 RVPX-HMM-9 RVPX-HMM-10 RVPX-HMM-12 RVPX-HMM-13
DIM. A
Material
Finish
0
45 90
Aluminum
Electroless Nickel
270 315
8 without key
0
45 90
Stainless Steel
Passivated Steel
270 315
8 without key
Due to technical progress, all information provided is subject to change without prior notice Designed by Amphenol Socapex
34
Page 1 Page 2 Page 3 Page 4 Page 5 Page 6 Page 7 Page 8 Page 9 Page 10 Page 11 Page 12 Page 13 Page 14 Page 15 Page 16 Page 17 Page 18 Page 19 Page 20 Page 21 Page 22 Page 23 Page 24 Page 25 Page 26 Page 27 Page 28 Page 29 Page 30 Page 31 Page 32 Page 33 Page 34 Page 35 Page 36 Page 37 Page 38 Page 39 Page 40 Page 41 Page 42Made with FlippingBook interactive PDF creator