Proxim Tsunam GX800 VAR Training Presentation

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Proxim Product Training ClassTsunami GX800 licensed Point-to-Point system

Detailed Product Description





Proxim’s PtP History

• 1979: Western Multiplex was incorporated• 1980: Released Analog Baseband Products• 1989: Released Analog Licensed Radio 2GHz, 6 GHz• 1992: World’s First Spread Spectrum T1/E1 Radio• 1994: Licensed 6GHz Digital Microwave • 1995: Released 2nd Generation of 6GHz - Lynx SC• 1999: Released World’s First Wireless Ethernet Bridge• 2000: Released 3RD Generation - Lynx HD (4T/8T) – Focus on unlicensed• 2000: Initial Public Offering• 2000: Released World’s First Wireless Gigabit Ethernet Bridge • 2002: Acquired Proxim, Inc., became Proxim Corp.• 2002: Acquired Lucent/Wavelan• 2004: Released 4th Generation Lynx product (GX.4T/8T) - Unlicensed• 2005: Released Lynx GX.16T• 2010: Proxim re-enters the licensed market





Applications & Market Segments





Market Segments

• Carriers & Service Providers• WISPs• Government and Municipalities• Transportation• Enterprise Networks• Hospitality• Education• Healthcare• Mining, Oil and Gas





Applications

• High capacity backhaul• WiMAX/LTE backhaul• Leased-line replacement/redundancy• Security & video surveillance• Building-to-building connectivity• Enterprise LAN and PBX extension• ISP remote POP• ISP direct customer connections using point-to-point• Multipoint backhaul• Extension of an existing fiber network• Backbone connection• Cellular voice backhaul/redundancy• Backhaul to a central POP• High-bandwidth last mile access





Current State of Backhaul





Business Enterprise





Carrier Backhaul





Advantages

• Licensed Point-to-Point Microwave products– Operate in licensed bands– Solution to overcrowded unlicensed bands– Provides exclusive spectrum protection– Business edge to Carrier/WISP portfolio– Exceeds high-bandwidth requirements– Enables transition to IP-based networks





The Product





Product Components

• Split-mount architecture– Outdoor unit (ODU)– Indoor Unit (IDU)

• ODU– All outdoor design– Dedicated port for Link alignment– Direct antenna mount design

• IDU– Universal modem – Frequency and capacity independent– Compact unit – Half rack mount– Native Gigabit IP interface and

management, traffic ports– Plugin modules for SDH/PDH interface

expansion





TsunamiTM GX800

• 6GHz - 38 GHz• 7 to 56 MHz configurable channel bandwidths• Ultra low latency < 100 µs • High power (+27 dBm) w/ ATPC• 622 Mbps Aggregate (311Mbps Full-Duplex)• QPSK – 256QAM w/ Adaptive Modulation• No License Keys• Modular IDU Interfaces (Ethernet, SDH/PDH)• Extensive Layer 3 Protocol Support• Per port capacity allocation and bandwidth shaping• Spectrum Analyzer, BERT & utilization charts• In-band and/or out-of-band management • Each radio link tested prior to shipping• Interoperable with common direct-fit antennas





Performance Capabilities

• Full capacity out-of-box– 622 Mbps aggregate (311Mbps Full-Duplex)

• Advanced Modulation techniques– QPSK to 256 QAM– Adaptive Coding Modulation

• Wide channel bandwidths– 7 to 56 MHz– FCC, ETSI and ANSI compliant

• Data handling– Highly evolved platform with VLAN, QOS, and port

management– Packet transport (priority based packet system)





Management System

• Proxim Vision ES Network Management System• IP based Remote management

– Web based GUI - HTTP– SNMP v2c, TELNET

• RS232 Serial terminal port • In-band and out-of-band management• Dedicated fast Ethernet NMS port• USB based alternative Debug/IP port





Security and IP Functions

• Security– Three level authentication with password security (guest, user,

admin)– Automatic logout for Web-based management– SNMP v2c security for SNMP/PVES based management

• IP function– Routing (static, dynamic)– Proxy ARP, SNTP– NAT, VLAN– Secondary IP for management– IP utilities (Ping, TELNET)

• QoS– 802.1p, IPv4 Type of TOS/DiffServ, IPv6 Traffic Class





Support Tools

• Link Planner– Free link design tool– Easy to use– Facilitates planning of the link– Predicts the performance– Defines the BOM

• Licensing services to simplify RF licensing procedures– License coordination services– Third party Spectrum Management partner





Modulations & data rates





GX800 System





IDU Modem

Interfaces





IDU mounting

• Single unit installation– Designed for 19-inch

cabinet mounting– Accessories for IDU

mounting included– Simple and easy

installation with adjustable depth

• Pair of IDUs installation– Designed for 19-inch

cabinet mounting– Both units in one 1U slot– Ideal for relay points





IDU kit contents

ETH cable

Long and Short holder

Grounding cable

Holder screws and Rubber nibs

IDU unit

Paper Box

Plastic Fillers





IDU data Interfaces• Flexible and scalable design





IDU front panel





Modules

• Plugin Modules for IDU interface expansion– Enables extended PDH and SDH interfaces– Device features auto detection of HSI modules– User configuration via management interfaces– Cost-efficient expansion at minimal service disruption

• Available modules– E3, DS3, 2xT1/E1





TDM modules

• TDM module 2xE1/T1– One module for both E1 or

T1 tributary– 2x RJ-45 Connectors– Compliant to ANSI T1.102,

T1.403, T1.408 & ITU I.431, G.703, G.736, G.775 and G.823

• TDM module E3/DS3– One module for both E3 or

DS3 tributary– BNC 75Ω connectors– Compliant to ANSI T1.102,

T1.107, T1.231 & ITU G.703, G.823, G.751, G.775





IDU Management





ODU

Interfaces and mounting





ODU Interfaces





Waveguide Flanges

• Flange types vary amongst frequency bands• Proxim can customize between Circular and Rectangular. Default is

rectangular

WC42WR4226

WC42WR4223

WC51WR4218

WC62WR6215

WC75WR7513

WC75WR7511

WC112WR1128

WC112WR1127

No Circular WaveguideNo Rectangular Waveguide6 Upper

No Circular WaveguideNo Rectangular Waveguide6 Lower

WC (Circular)WR (Rectangular)Frequency

ODU Waveguide Flanges





The ODU





RSL reading from BNC

• Values will be unique to each ODU but vary only slightly from the chart below

• A customized chart is included with each ODU





Antenna Mount Options

Direct Mount Remote Mount





Mating the ODU to a Direct Connect antenna





Using the ODU with a remote connected antenna





Ordering





GX800 Link

• In the package– 2 x IDU (Indoor Modem Units)– 2 x ODU (Outdoor Frequency Units)

• Accessories– Antennas (Direct Mount/Remote

Mount)– ODU Waveguide Adapter flanges– ODU flexible Mounting Kits– Assembly and lightning protection

kits





Pricing & Availability

• Complete Link– $14,999 List Price

• HSI Modules– E1/T1 HSI module List: $375– E3/DS3 HSI module List: $425

• Available for order now; ships in 8 weeks





The Proxim GX800 Ordering guide

• To assist in ordering the correct equipment an ordering guide is available.

• Check with Sales team





Tsunami GX800 Models

Model DescriptionGX800‐6U/L Tsunami GX800, 6U/6LGHz Microwave Link Series GX800‐07 Tsunami GX800, 7 GHz Microwave Link Series GX800‐08 Tsunami GX800, 8 GHz Microwave Link Series GX800‐10/11 Tsunami GX800, 10/11 GHz Microwave Link Series GX800‐13 Tsunami GX800, 13 GHz Microwave Link Series GX800‐15 Tsunami GX800, 15 GHz Microwave Link Series GX800‐18 Tsunami GX800, 18 GHz Microwave Link Series GX800‐23 Tsunami GX800, 23 GHz Microwave Link Series GX800‐26 Tsunami GX800, 26 GHz Microwave Link Series GX800‐281 Tsunami GX800, 28 GHz Microwave Link Series GX800‐321 Tsunami GX800, 32 GHz Microwave Link Series GX800‐381 Tsunami GX800, 38 GHz Microwave Link Series

1 – Models which can support 28‐38GHz band will be Available in Q4’2010

Note: SKUs can be customized based on frequency sub‐band & T/R Spacing requirement





• Main band frequency– 6, 7, 8, 15, … GHz

• T/R Spacing– Multiple steps to choose

• Sub-band frequency– Band A, B, C…

• Antenna interface– RWG, CWG, N-Type

• Channel BW– Narrow, Wide

Model Name COMCODE Description

GX800‐07‐LNK GX807LK‐0196‐AC‐W0 Tsunami GX800 Link, 7 GHz, TR196, A Band, CW Microwave LinkGX800‐08‐LNK GX808LK‐0119‐FC‐W0 Tsunami GX800 Link, 8 GHz, TR119, F Band, CW Microwave Link

GX800‐18‐LNK GX818LK‐1560‐CC‐W0 Tsunami GX800 Link, 18 GHz, TR1560, C Band, CW Microwave LinkGX800‐23‐LNK GX823LK‐1232‐DC‐W0 Tsunami GX800 Link, 23 GHz, TR1232, D Band, CW Microwave Link

GX8 FF BB ‐ TTTT ‐ f A ‐ b VModel Main

Frequency (eg; 7GHz)

LK – LinkLO – Lo BandHI – Hi Band

T/R Spacing (eg; 196MHz)

Sub‐Band Frequency (eg; Band A)

Antenna Interface (eg; Circular)

Narrow Band / Wide Band

Power Supply Polarity and Range

SKU Customization





What comes in the kit





Accessories

Antennas, Mounts, Components





Mounting two IDUs in one slot

AL holder

Holder screws and nuts





AC Adapter

110/220 VAC<90 Watts





Antennas

Antenna diameters2' (60 cm)

3' (90 cm)

4' (120 cm)

6' (180 cm)

Antenna weights2' 27 lbs. (12.2 kg)

3' 50 lbs. (22.5 kg)

4' 85 lbs. (38.3 kg)

6' 120 lbs. (54.0 kg)

IEC or EIA flanges available,

Direct mounting for RF units available

Ease of installation: antennas shipped completely assembled, minimal mount required

Planar radomes standard with high-performance model

Rugged and lightweight cast aluminum mount with fine adjustment for both azimuth and elevation

Standard white; other colors and/or logos available on request

Corrosive resistant; coated aluminum, hot dipped galvanized steel and stainless

http://www.radiowavesinc.com/cgi-bin/index.cgi/Products/ProLine+-+Point+to+Point+%28PtP%29/High-Performance





WaveGuides





Waveguide Flanges

http://antennasystems.com/Merchant2/merchant.mvc?Screen=CTGY&Category_Code=waveguide





Cable, Surge protector, PSU

RF Cables

RF Surge Protectors

Power Supplies





Radio Configuration

Configuration andDiagnostics





Step 1 – accessing the system

Set the IP address of your computer in the range of 10.10.10.0/24

Connect Ethernet cable to management port of the IDU

Launch your web browser with the secondary IP address of the IDU as URL

The login window is displayed.

Enter the log-in credentials and click on button Login or press enter





Step 2 – familiarize with the GUI

RF link status

Remote sideLocal side

Saving the changes to ROM

Clickable tabs

Clickable “pages”

Context based help





Step 3 - Setting IP address

Enter the requested primary IP address of your device (enter the mask in CIDR notation)

Enter the gateway address e.g. via 192.168.3.1

Enter IP address of remote side (without mask)

The remote side address is IP address of connected device over RF linkThe remote device must have these exact IP addresses (primary IP and remote IP) set vice-versa!

Confirm with button Apply.





Step 4 – Give device a name

It is recommended to set the name of the device according to the locality

The name of device is string in length of 0 –22 characters.

The available characters according to ASCII table are from character 40 to character 126 inclusive.

Select in your web browser menu Generaland left-side folder description.

Note:In section Additional info you can write and save another information, there are five available arrays with up to 70 characters in each, last line is used for web page header name (name of the web browser window).





Step 5 – set basic radio and modem parameters

Select in your web browser menu Radioand left-side folder parameters , and set values for

Tx Frequency Tx PowerActual running Modulation (eventually Adaptive modulations, if needed) ODU Mute parameter to “auto”

Confirm new parameters with button Apply





Step 5 – set basic radio and modem parameters (cont’d)

During antenna alignment turn the ATPC function off.

After correct settings of Tx frequency (and Rx), Max Tx Power set up the opposite side of the link vice-versa and align antennas

(use voltmeter and measure RSSI at the external BNC connector 0V – no signal, 1,6V – maximal signal strength).

After alignment Rx level - RxL (page header on the left) should be in the range from -60 to -35dBm





Step 6 – Check data multiplexer parameters

Check parameters at Ports – parameters page and adjust Ethernet speed parameter to maximal capacity for desired design type

190Mbps for designs with bandwidth <= 30MHz, or320Mbps for designs with BW > 30MHz

Real maximal dataflow speed is dynamically lowered according to modulation scheme and E1/T1/E3/T3 RFI MUX settings.

To use internal BER-tester one need to lower Ethernet speed to assign some capacity for BER-tester

At this page one can set parameters of LAN ports in case of problems with auto negotiation





Step 7 – Write the configuration and restart the device

At the end of the configuration it is necessary to write any change in device configuration into startup non-volatile memory (called “W0”) of the equipment.

This operation is possible to make by button “WRITE W0” on each page at the upper right corner.

After each restart of device or “run w0” command is configuration restored from this memory.

Do not power-off the device during WRITE W0 command





NAT routing





IP & VLAN setting (cont’d)

Port LAN B2 (interconnection ETH port) is configured as tagged, therefore only tagged frames with VID=2 can ingress/egress this port. Default VID for this port must be still 1, because untagged frames that ingress this port will be then part of VLAN with VID=1.

Port WAN B (CPU port) is configured as untagged (CPU don't support tagged frames), therefore there is necessary to assign default VID to 2 for this port.

Additionally a restriction for communication between local management port and traffic ports is configured in port based section.





Password changes





Date and time setting





Alarms indicators





Spetrum Analyzer display





Constellation diagram (QAM128)

Used to graphically

indicate the quality of the

modulated signal upon

reception.

‘Tighter’ groupings indicate

better performance

‘Blurry’ points indicate

signal degradation





Constellation diagram (QAM256)





Counters and Tallies (LAN detail)





Counters and Tallies (IP related)





Counters and Tallies (Utilization graphs)





Miscellaneous operations





File management





Conclusion





Conclusion - TsunamiTM GX800

6-38 GHz frequency bands support1

7 to 56 MHz configurable channel bandwidths

Ultra low latency < 100 µs

High power radio (+27 dBm)

622 Mbps of aggregate capacity out of the box (311Mbps Full-Duplex)

Features ATPC and Adaptive Coding Modulation (ACM)

Extensive Layer 3 Protocol Support

Flexible IDU Data Interfaces (Ethernet, SDH/PDH)

Built-in Spectrum Analyzer, BER Tester & utilization charts

In-band and out-of-band management

Per port capacity allocation and bandwidth shaping





Conclusion - GX800 System





Conclusion - IDU





Thank You





Proxim Tsunam GX800 VAR Training Presentation

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