Silver dual-module 2U rackmount server chassis with rugged steel construction

Sonnet Technologies

Sonnet Technologies DM-ZM-E3-R server chassis

SKU CH-STJT-FCT7F MPN DM-ZM-E3-R

A dual-module 2U rackmount enclosure with rugged steel construction that integrates a Mac mini module and a three-slot PCIe expansion module

Dual-module 2U rackmount fits standard server racks
Rugged alloy-steel construction protects installed hardware
Integrated xMac mini module adds Mac mini support
Echo III module provides three PCIe expansion slots
Pre-configured dual-module system reduces deployment time

1.269,99 $

0.01641599 BTC με τη σημερινή ισοτιμία

Διαθέσιμο · αποστολή σήμερα

Το ταμείο κλειδώνει την ισοτιμία σας για 30 λεπτά.

Παράδοση προς Ηνωμένες Πολιτείες εκτίμηση

UPS Worldwide Expedited 3–6 εργάσιμες ημέρες Δωρεάν
DHL Express Worldwide 2–3 εργάσιμες ημέρες 74,90 $

Οι εισαγωγικοί δασμοί επιβάλλονται κατά την άφιξη από τη χώρα σας.

Αποστολή αλλού

Dual-Module 2U Rackmount System

The Sonnet Technologies DM-ZM-E3-R is a pre-configured 2U rackmount enclosure that combines an xMac mini module with an Echo III module. It is designed for users who need to integrate a Mac mini with up to three PCIe expansion cards in a single rackmount unit. The system suits studio, server room or mobile rig environments where desktop hardware must be secured in a standard rack.

Check Mac mini Compatibility

Verify that your Mac mini model fits the xMac mini module before ordering. Ensure any PCIe cards you plan to install do not exceed the length or height limits of the Echo III module slots. Confirm that your rack provides standard 2U spacing and that power outlets match the system's requirements.

Alloy Steel Construction with Front-to-Rear Airflow

The chassis is built from alloy steel for rigidity during transport and permanent installation. Front-mounted handles and rear rack ears simplify mounting in standard cabinets. Internal brackets secure the Mac mini and expansion cards, reducing vibration. The dual-module layout separates compute and expansion sections for organised cable routing.