Search Results for orthogonal curvilinear
CoolPower SDM | Power Solutions | Amphenol
Offers design flexibility suitable for vertical, right angle, or orthogonal configurations; Small footprint of only 5.6mm x 14.00mm; Utilizes a minimum amount of board space and improves airflow; High current CoolBand contact technology; Maximum performance in a robust pin and socket; Dry lubricant
By Product Name - Amphenol CS
ExaMAX ® 56Gb/s High-Speed Orthogonal Connector ; ExaMAX ® VS High-Speed Backplane Connector ; ExaMEZZ ® 56Gb/s High Speed, Hermaphroditic BGA Mezzanine Connector ; ExpressPort ® QSFP+ ; ExpressPort ® SFP+
eHPCE Enhanced High Power Card Edge Connector - Amphenol
The eHPCE connector offers a 15% increase in power density with the same footprint as classic HPCE.
Server & Storage System | Amphenol
Amphenol provides high-density, high performance interconnect solutions for server and storage equipment used in multiple applications and markets.
ExaMAX® 85Ω High Speed Backplane Connector System
wwwamphenol-cscom Disclaimer Please note that the above information is subect to change ithout notice ExaMAX® 85Ω High Speed Backplane Connector System MATERIAL § Contacts: High performance copper alloy § Plating(s): Performance-based plating at separable interface (Telcordia GR-1217-CORE)
10129470-104LF | ExaMAX® | Amphenol
Amphenol is one of the leading manufacturers of examax 56gb/s high speed orthogonal connector. Contact us today for more details of examax , part number 10129470-104LF. JavaScript seems to be disabled in your browser.
Table of Contents - Amphenol CS
3.2.3 Orthogonal For orthogonal applications, ExaMAX connectors will be offered in the size configuration shown in Table 3. Not all sizes are currently tooled, check with FCI sales or the FCI website for availability. Signal Pairs per Column Number of Columns Column Spacing Number of Positions (Including Grounds) 6 Pair 6, 8, 10, 12, 14, and 16
Solving Cooling Interconnects for Next-Gen Data Centers and AI Applications
ExaMAX® 56Gb/s High-Speed Orthogonal Connector . ExaMAX® VS High-Speed Backplane Connector . Latest. PCIe® Gen 7.0 Doubles Data Rate to 128 GT/s For Data-Intensive Markets Feb 6, 2025. Amphenol Partners with Keysight and MultiLane for Demos Jan 28 ...
Amphenol’s Connectivity Solutions for AI and ML
With options for the vertical, right angle, straddle mount, and orthogonal configurations, it provides flexibility for different system designs. Amphenol's PCIe ® Gen 4 and Gen 5 connectors exceed the performance of industry standards such as PCIe ® 4.0 and the proposed PCIe ® 5.0, which demand higher speed capabilities.
10035388 | Amphenol Global Search | Amphenol
10035388-102LF | Amphenol Global Search | Amphenol ExaMAX® high speed orthogonal connector system is designed to enable superior 56Gb/s electrical performance for increasing bandwidth requirements and the data rates used for high speed signaling.
Open Compute Project | Data center solutions | Rack and Power Solutions
Mini Cool Edge 0.60mm,EDSFF, 56 signal pins,1x1,Gen 5, Small Press-fit, Orthogonal. DETAILS. PCIe® M.2 Gen 5 Card Edge Connectors. Amphenol's PCIe® M.2 Gen 5 Connectors provide 67 contacts on 0.50mm pitch. It occupies less board space, offers more connector height options and supports higher data rates compared to PCIe® Mini Card connector.
ExaMAX VS High Speed Backplane Connector System
wwwamphenol-icccom Amphenol Information Communications and Commercial Products MIGRATION PATH TO HIGHER BANDWIDTH APPLICATIONS; FORWARD. MATING AND FOOTPRINT COMPATIBLE. ExaMAX ® VS backplane connector system meets industry
Minitek® Pwr 4.2 BMI Connector System - Amphenol CS
Server-Orthogonal Configuration Defibrillator Hospital Bed Patient Monitor Ultrasound Equipment Chemical Detection System Radar Equipment TECHNICAL INFORMATION Minitek® Pwr 4.2 BMI Connector System Type Description Part Numbers Dual Row Vertical PCB header, through hole (BMI) 10138978 Terminal Receptacle terminal (pre-plated solution) 10134170 ...
Solid State Drive Interconnect Solutions - Amphenol CS
Enterprise SSDs offer enhanced endurance and power features to keep mission-critical environments up and running. Amphenol offer a wide range of high-performance enterprise SSD connector solutions for M.2, EDSFF, NGSFF, SAS, U.2, U.3, SATA and PCIe applications.
TB-2331 Paladin® Connector Design Guidelines - Amphenol CS
TB-2320 Paladin Direct Orthogonal Guidelines TB-2327 Paladin Daughtercard Module Removal and Replacement TB-2367 Paladin Plus Daughtercard Connectors Press-Fit Installation Process 1.3 Document Confidentiality 1.3.1 This document is company confidential and may be used only by customers for their internal use.
Mezzanine Connectors for Next-Generation Applications - Amphenol CS
PCIe® Gen 7.0 Doubles Data Rate to 128 GT/s For Data-Intensive Markets Feb 6, 2025
General Purpose Piezoelectric Accelerometers - PCB
Triaxial accelerometers offer simultaneous measurements in three orthogonal directions permitting the entire vibration being experienced by a structure to be analyzed. Each unit incorporates three separate sensing elements that are oriented at right angles with respect to each other. Each direction (axis) is considered an individual channel by ...
EXTENDING THE REACH OF PASSIVE COPPER IN BACKPLANE, MIDPLANE AND ...
Dsclame www.amphenol-icc.com Please note that the above information is subect to change without notice. Cable Backplane Systems MATERIAL §§Contacts: High performance Copper Alloy §§Plating(s): Performance-based plating at separable interface (Telcordia GR-1217-CORE) §§Housings: High Performance Thermoplastic, UL94-V0 §§Wire: Silver and tin plated copper, polyolefin, aluminized
133-612G-23H | Paladin® Daughtercard | Amphenol
Paladin® Plus 6-Pair, 16 Column, Direct Orthogonal Header, Double End Wall, 2.25mm Wipe, APP
Amphenol FCI gs-12-1362
c. Duration – 1.5 hours along each of three orthogonal axes d. Mounting - Rigidly mount assemblies e. No discontinuities greater than 1 microseconds 8.7 Mechanical Shock – EIA 364-27 a. Condition - Test condition A (50G, 11 millisecond, half-sine pulse type) b. Shocks - 3 shocks in both directions along each of three orthogonal axes (18 ...