Micro TCA 2 slot MTCA with embedded MCH

• Micro. TCA

2 -slot MTCA with embedded MCH Ø Cost optimized due to high integration • In accordance with PICMG MTCA. 0 R 1. 0 specification • AC mains input (100. . . 240 VAC) on rear of case, 150 W PSU built in, power management (PM EMMC) on backplane • Fan speed controlled fans, controlled by temperature sensor and managed by the embedded MCH • Side to side cooling • Ethernet Uplink and USB interface • Power supply, fans and air‐filter simply replaceable Ø Available: ex stock 2

Micro. TCA. 0 for Communication Ø NEW version of 1 U Micro. TCA. 0 System Ø Power of integrated Power Module increased from 250 to 400 W Ø 2 new backplane topologies according to AMC. 0 R 2. 0 and to Scope proposal. PCIe backplane CLK source removed Ø Small optimizations in the cooling unit (backplane connector and retention screw) Ø Available: ex stock 3

Micro. TCA. 4 for Physics Ø MTCA. 4 Cube system • 5 U, 42 HP cube system for 6 double mid‐size and 1 double full‐size Advanced. MC modules, 1 double full‐size MCH and 1 double full‐size power module • 6 rear transition module slots for double mid‐size modules and one slot for double full‐size • Backplane with star topology, direct connections for S‐ATA/SAS, clock and trigger lines as per PICMG MTCA. 4 • Clock topology to PICMG AMC. 0 R 2. 0 • Hot‐swap fan module with cooling unit manager (CU EMMC), airflow from bottom to top, fan speed for front and rear sections can be separately adjusted via MCH • Air filter, exchangeable from front • For testing the applications in the lab 4

Micro. TCA. 4 for Physics Ø MTCA. 4 19” system • In the LLRF chassis, some important improvements in the air flow, air filtering, RTM cooling and in the fan tray module connector have been implemented. • 9 U, 84 HP cube system for 12 double mid‐size‐Advanced. MC modules, 2 double full‐size MCHs and 4 double full‐size power modules • 12 rear transition module slots for double mid‐size • Backplane with dual star topology, direct connections for S‐ATA/SAS, clock and trigger lines as per PICMG MTCA. 4 • Clock topology to PICMG AMC. 0 R 2. 0 • 2 hot‐swap fan module with cooling unit manager (CU EMMC), airflow from bottom to top, fan speed for front and rear sections can be separately adjusted via MCH Ø MTCA. 4 19” system with White rabbit support and JSM slot • New version of the 19” MTCA. 4 chassis with special backplane routing for deterministic Ethernet (White rabbit) and with rear side Single Full‐size JSM slot. • Established in the physics community 5

Micro. TCA. 4 for Physics Ø MTCA. 4 19” systems for Double full‐size AMC’s • Special requirement from Cern • • Full‐size AMC modules Power modules move to the backside • Full‐size slots for MTCA. 4 requested from other customers too • Cooling bottom to top and front to back • Versions with MTCA. 4 backplane routing and with AMC. 0 R 1. 0 routing • New opportunity to keep presence in Physics community 6

Micro. TCA. 4 for Physics Ø MTCA. 4 19” systems for Double full‐size AMC’s • 3 U MTCA. 4 system with horizontal card cage and front to rear cooling • 4 double Mid‐size AMC slots with double Mid‐size RTM slots • 1 double Full‐size and one double Mid‐size AMC slot • 1 double Full‐size MCH slot with double Full‐size RTM • 2 rear pluggable double Full‐size PM slot • 1 rear accessable JSM module Ø Available 2018 • MTCA. 4 in small form factor with FTR cooling 7

Micro. TCA. 4 for Physics Ø MTCA. 4 1 U, 4 Slot Crate with e. MCH • 1 U Crate for 2 x Double Mid‐size AMC + µRTM, 2 x Single Mid‐size • Integrated e. MCH • 400 W PSU with AC wide range input on the backside • Side to side cooling Ø NEW PRODUCT IDEA • Evaluating if the concept meets market requirements 8