Installation Guide
Table Of Contents
- Table of Contents
- Document Overview
- Era System Overview
- CAP M Overview
- Safely Working with Era Hardware
- Installing CAP Ms
- CAP M Installation and Cascade Rules
- Cat6A Cable Requirements for Ethernet Devices
- Prepare for Installation
- Wire an Optional Hybrid Fiber Splice Box
- Mount the CAP M
- Grounding the CAP M
- Connect the CAP M Cables
- Power the CAP M
- Contacting CommScope
- CMS Global Technical Support
- Waste Electrical and Electronic Equipment Recycling
- Hardware to Software Mapping Information
- CMS Technical Training
- Accessing Era User Documentation
M0201AJE_uc CommScope Era
™
Medium Power Carrier Access Point Installation Guide
© February 2020 CommScope, Inc. Page 5
CAP M Overview
CAP M OVERVIEW
This installation guide describes the Medium Power Carrier Access Point (CAP M), which interfaces via an
optical link with a Classic CAN, or with a TEN. This allows the CAP M to provide data over Single-Mode
Fiber
(SMF), or Multi-Mode Fiber (MMF). Power for CAP Ms is provided over embedded AC/DC
(AC version) or
remotely through hybrid fiber (DC version).
On the downlink, the CAP M converts data arriving at the CAP M to analog signals and sends them to the
An
tenna port. On the uplink, received signals are digitized and serialized into data streams, which are sent
back to the Classic CAN or TEN. Each CAP M can provide RF coverage for up to four specific frequency bands.
Figure 1 shows how a CAP M can be deployed in an Era system.
e-POI
Classic
CAN
eNode B
CAP M
CAP M
* Power can be on AP side (AC or DC)
or be remote with composite fiber (DC)
Cat6A cable Fiber Power
Power*
CAP M
CAP M
TEN
CAP M CAP M
CAP M
CAP M
CAP M
CAP M
Figure 1. CAP M in an Era System using a Classic CAN
All APs can only connect to a TEN or a Classic CAN. APs cannot connect to a Switching CAN or to a WIN.
The CAP M
• is passively
cooled and operates within the following temperature ranges:
-33°C to +52°C (-27.4°F to 125.6°F)
• is rat
ed for indoor and outdoor (IP66) installations; see also "Determine the Mounting Site” on page 20
• has a typical power consump
tion of 140W; see also "Determine the Power Consumption of the CAP M” on
page 19.