Sagittar MN5 Series Brochure

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SGT HIGH SPEED IP RADIO

SGT-MN OUTDOOR IP Radio

SGT-MN-5 802.11a/n Outdoor AP/CPE/Bridge

The Sagittar SGT-MN-5 radios operate in the 5~6GHz frequency band for distances up to 15km. SGT-MN-5 IP radios are used for the “Access” part of the IP Radio network architecture.

The

SGT-MN-5 series IP Radios support all point-to-multipoint & point-to-point configurations.

Features of the SGT-MN-5 IP Radios 

Rugged Outdoor Design Watertight housing: built-in lightning arrestor. The SGT-MN-5 IP Radios series are designed for the harshest outdoor environments.

Easy Installation A single Ethernet cable is required between the SGT-MN-5 IP Radio & LAN. There is a supplied outdoor mounting kit that allows a quick and simple installation.

Mode Flexibility – PtMP AP, CPE, PtP Bridge Sagittar provides great flexibility for its IP products. Based on the customer’s requirements, the IP radios can be configured to work in the following modes: Bridge Mode-PtP, Access Point, CPE Mode.

Very intuitive Management & Maintenance interface

Contact Details: sales@sagittar.com

SGT-MN IP Radio Series Web: http://www.sagittar.com Version: 41272 Issue 2.3

Telecommunications and Networking Solutions


SGT HIGH SPEED IP RADIO

SGT-MN OUTDOOR IP Radio

Hardware Features Standards Compliance

PoE Integrated Antenna External Antenna Connector

Additional Information   

IEEE802.3u 10/100 Fast Ethernet MDI(/IX) IEEE802.11a WLAN interface IEEE 802.11n Draft WLAN standard

12W Power over Ethernet 12V 16dBi for 5GHz SMA-type Connector (Plug) -Switchable using software

Antenna Conf.

2xT 2xR

Ethernet Physical Interface System Update Options

10/100BaseTx, 2 Ports  

Support for Web-based upgrade: Ethernet port or wireless network Support for TFTP upgrade - Ethernet port

PoE Adapter Requirements

12VDC @1.5A (switching). If there is a POE output, then POE input must be 15VDC. If there is no POE output, that means no other equipment is powered by the MN radio; then a POE input of 12 VDC is used.

Data Rates

Draft 11n, MCS(0 to 7): HT20&40 11a: 54M/48M/36M/24M/18M/12M/9/6 Mbps auto adjust.

Data modulation RF frequency range

11g: 54M/48M/36M/24M/18M/12M/9/6 Mbps auto OFDM 802.11a/n adjust FCC: 5725-5850 MHz CE: 5470-5725 MHz (DFS band), 5725-5850 (DFS band) Please note: Customization for 4.9-6.1GHz, thereby allowing radio operation in licensed bands is available UPON REQUEST.

Output Power & Sensitivity @ 25C

FCC IEEE 802.11a

Tx

Sensitivity

Power 6-24Mbps

27dBm

-94dBm

36Mbps

25dBm

-80dBm

48Mbps

23dBm

-77dBm

54Mbps

22dBm

-75dBm

MCS0

27dBm

-96dBm

MCS15

21dBm

-75dBm

IEEE 802.11n

Contact Details: sales@sagittar.com

SGT-MN IP Radio Series Web: http://www.sagittar.com Version: 41272 Issue 2.3

Telecommunications and Networking Solutions


SGT HIGH SPEED IP RADIO

SGT-MN OUTDOOR IP Radio Firmware Functions

Details

Interface Language

English

Status

Information Statistics: Wireless and Ethernet Connection status

System

Basic Settings: Device Name, Time/NTP, Country/Domain IP

IP address (Manual and DHCP)

Radius

Optionally: enabled/disabled

Settings Wireless

Wireless

Operation Modes: AP or CPE

Settings

Date Rate Selection - MCS0…MCS7 and (Best, 1, 2, 5, 11, 6, 9, 12, 18, 24, 36, 48, 54 Mbps). Open System, Shared Key WEP (152/128/64-bits), 802.1X-only, WPA, WPA2, TKIP WPA-PSK, AES WPA2-PSK Deny or Allow Station List and Station Transmit Flow control (Support for 32 stations) WMM Modes (Enable/Disable WMM) Web Management, Telnet support (Password-protected), SNMP Management, FTP, TFTP/Web for firmware upgrades

Power Adapter Specification - Output12VDC, 1A Environment Specification Operating Temperature

Description -20 ~+70C

Storage Temperature

-30 ~+80C

Operating & Storage Humidity (non-condensing)

5 to 95% R H

RoHS Compliance Warranty

RoHS Compliant 12 Months

Contact Details: sales@sagittar.com

SGT-MN IP Radio Series Web: http://www.sagittar.com Version: 41272 Issue 2.3

Telecommunications and Networking Solutions


SGT HIGH SPEED IP RADIO

SGT-MN OUTDOOR IP Radio Field Test Results

5km Antenna Internal (16dBi) Internal (16dBi)

Reference Configuration Data rate Bandwidth Auto HT20 Data rate Bandwidth Auto HT40

Throughput 75Mbps 95Mbps

7km Antenna Internal (16dBi) Internal (16dBi)

Reference Configuration Data rate Bandwidth Auto HT20 Data rate Bandwidth Auto HT40

Throughput 45Mbps 70Mbps

10km Antenna Internal (16dBi) Internal (16dBi)

Reference Configuration Data rate Bandwidth Auto HT20 Data rate Bandwidth Auto HT40

Throughput 38Mbps 40Mbps

Typical Application Contact Details: sales@sagittar.com

SGT-MN IP Radio Series Web: http://www.sagittar.com Version: 41272 Issue 2.3

Telecommunications and Networking Solutions


SGT HIGH SPEED IP RADIO

SGT-MN OUTDOOR IP Radio Upon removing the bottom cover, as shown in the following photo, there are two “reverse SMA� connectors (for optional connection to an external antenna) and two RJ45 connectors.

Although the radios have a built-in internal MIMO antenna, they are also designed for connection to an external antenna, which can be a Sector, Panel or Parabolic antenna. Use of external antennas allows use of higher gain, hence narrower antenna -3dB beamwidth, which aid in the achievement of receive carrier level and C/I radio link engineering design goal objectives.

Contact Details: sales@sagittar.com

SGT-MN IP Radio Series Web: http://www.sagittar.com Version: 41272 Issue 2.3

Telecommunications and Networking Solutions


SGT HIGH SPEED IP RADIO

SGT-MN OUTDOOR IP Radio The radio is designed for direct connection to an IP camera (or other IP devices).

In the photo below, two RJ45 connectors are shown.

The

connection on the right (with a blue cable) is for PoE supply and Ethernet connection to the radio. The Ethernet connector on the left feeds DC power out and provides an Ethernet connection to an IP camera (thereby eliminating the need for additional Ethernet Switch equipment at the Radio/Camera location).

The above units can be connected to 65 -3dB beamwidth or 90 -3dB beamwidth antennas to create a multiple-sectored “Base Station” that aggregates traffic from multiple remote SGT-MN CPE Radio terminals.

Depending on the engineering design requirements, the remote CPE’s either use their internal 35H, 15V -3dB beamwidth antennas or an external panel or parabolic antenna.

Contact Details: sales@sagittar.com

SGT-MN IP Radio Series Web: http://www.sagittar.com Version: 41272 Issue 2.3

Telecommunications and Networking Solutions


SGT HIGH SPEED IP RADIO

SGT-MN OUTDOOR IP Radio Mounting of a Sagittar SGT-MN-5 IP Radio Unit

The following photos show the pole connection method if the radio’s integrated antennas point at each other along the same elevation (recalling that the 35H, 15V patterns of the integrated antennas must overlap with each other) or if an external antenna is to be used).

The mounting ring supports a pole diameter of 32mm to 70mm.

For applications where there is a significant elevation difference between a transmitter and receiver, the following supplied Azimuth (Horizontal) and Elevation (Vertical) adjustment brackets can be used.

Contact Details: sales@sagittar.com

SGT-MN IP Radio Series Web: http://www.sagittar.com Version: 41272 Issue 2.3

Telecommunications and Networking Solutions


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