XEC-LP5845-001WIRELESS NETWORKING DEVICE

www.eionwireless.com LibraPlus 5845 PN: 5724-0003 Document version: 1.74 Released on February 16 2010 This page is intentionally left blank Table of Contents 1. Important Information................................................................................................. 1 1.1. Safety Warnings............................................................................................... 1 1.1.1. Safety Considerations............................................................................. 1 1.1.2. Warning Symbols Used in this Manual....................................................... 1 1.2. Notices and Contacts........................................................................................ 1 1.2.1. Copyright Notice................................................................................... 1 1.2.2. Regulatory Notice.................................................................................. 2 1.2.3. Other Notices........................................................................................ 3 1.2.4. Warranty and Repair............................................................................... 3 1.2.5. Customer Support Contacts..................................................................... 3 1.2.6. Distributor Technical Support................................................................... 3 1.2.7. Contact Technical Support....................................................................... 4 2. Description................................................................................................................ 5 2.1. LibraPlus Series Products.................................................................................. 5 2.1.1. Overview............................................................................................. 5 2.1.2. Proprietary Protocol............................................................................... 5 2.1.3. About OFDM........................................................................................ 5 2.1.4. About Point-to-Multi-Point (P-MP) Systems............................................... 6 2.1.4.1. Point to Multipoint based on CSMA............................................... 7 2.1.4.2. LibraPlus 5845 Adaptive Polling Protocol........................................ 8 2.1.4.3. Access Point (AP) Equipment........................................................ 8 2.1.4.4. Customer Premise Equipment (CPE)............................................... 8 2.1.4.5. Long Range Customer Premise Equipment (LCPE)........................... 9 2.1.4.6. Radio Operation Background......................................................... 9 2.1.4.7. Quality of Service (QoS)............................................................. 10 2.1.5. About Point-to-Point (P-P) Systems......................................................... 10 2.1.5.1. DenFlow Proprietary Protocol...................................................... 11 2.1.5.2. Rapid Deployment (RD) Equipment.............................................. 11 2.1.5.3. Extened Range (ER) Equipment................................................... 11 2.1.6. Hardware........................................................................................... 11 2.1.7. Specifications...................................................................................... 16 2.2. System Applications........................................................................................ 21 2.2.1. Making a Simple Wireless Bridge........................................................... 21 2.2.2. Creating a Simple Wireless Network........................................................ 21 3. Field Installation....................................................................................................... 23 3.1. Introduction................................................................................................... 23 3.2. LibraPlus Point-to-Point Quick Setup................................................................. 23 3.2.1. Slave (RD or ER) Unit.......................................................................... 25 3.2.2. Master (RD or ER) Unit........................................................................ 26 3.3. LibraPlus Point-to-Multipoint Quick Setup.......................................................... 25 3.3.1. CPE Unit............................................................................................ 25 3.3.2. AP Unit.............................................................................................. 26 3.4. LibraPlus Field Installation............................................................................... 27 3.4.1. Site Preparation................................................................................... 27 3.4.2. Tools and equipment............................................................................. 27 3.4.3. LibraPlus Package Checklist.................................................................. 28 3.4.4. LibraPlus installation procedure.............................................................. 29 3.4.4.1. Mounting the LibraPlus Unit....................................................... 29 3.4.4.2. Connecting the LibraPlus............................................................ 30 3.4.4.3. SSH Connection........................................................................ 30 3.4.4.4. Serial Connection ...................................................................... 30 3.4.4.5. Antenna Alignment.................................................................... 31 3.4.4.6. Configuration and Link Test........................................................ 32 3.4.4.7. Test network connectivity............................................................ 32 3.4.4.8. Secure the Installation................................................................ 33 iii 4. Configuration...........................................…

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Block Diagram of LibraPlus 5845 and LibraPlus 5860 IXP425 Intel Proc Based System BP BP DSP 2O MHz Ref D / C U/C PLL Freq Synth PLL Freq Synth Atn Arm Proc DAC ADC vco VCO Flash Mem RTSwitch TDD IF 5.725 – 5.850 GHz PA LNA Power Supply < 1GHz Osc Digital GPIO Mini PCI Bus - Connector RAM 100 BaseTRJ45 Ports SwitchBus Single Board Computer JStream SerialPort Radio Section 48V POE Ubiquiti Networks XR5 FCC ID SWX-XR5Modular approval Atheros AR5414 AR5006X

Front View LibraPlus 5845 and LibraPlus 5860

LibraPlus-5845 and LibraPlus-5860 Back View

Page 1 of 4 Document Item Number:9450-0162 Document Revision Number:10 Created Date:July 27, 2007 Last modified Date:February 11, 2010 Document Owner:Richard Kelland ([email protected]) 320 March Road, Suite 500, Kanata ON Ph: 613-271-4400 Fax: 613-271-4400 Product Family:LibraPlus LibraPlus 5845 Label Specifications Main Label Part Number: 2540-0006 (Blank Label) Dimensions: 1” x 2.5” This label is common to all LibraPlus 5845 Products (CPE, LCPE, AP, RD and ER). Serial Label Part Number: 2540-0006 (Blank Label) Dimensions: 1” x 2.5” This label must be uniquely printed for each unit. FCC Part B 15.109, ICES-003 FCC ID: XEC-LP5845-001 IC 8367A-CA3201-5845001 Contains Module FCC Part C 15.247, IC RSS 210 FCC ID: SWX-XR5 IC: 6545A-XR5 <product name> SN: <serial> SERIAL BARCODE PN: <part number> Date of Mf g: <mfg_date> Mfg Rls.: <mfg_rls> MAC: <mac address> MAC BARCODE Field Description Notes <serial> Sigmapoint supplied serial number & barcode <mac address> EION supplied MAC Address See test document for obtaining MAC address. Unique for each radio <product name> This is the name of the product per the engineering definition. Format: LibraPlus 5845-## XX ## is the power level of the unit (26 or 28) XX is the type of unit (AP, CPE, LCPE, RD, ER) <part number> EION’s 8-digit part number per the engineering definition. Format : ####-#### <mfg_rls> 2 digit Revision number per the engineering definition <mfg_date> Date of manufacture, format is 4 digits, weekyear Logo EION Wireless Logo (use eps version with “wireless”) Size is approx 25mm wide Certifications Text “FCC Part 15.247, 15.109; IC RSS-210 ICES-003” FCC ID Text “FCC ID: XEC-LP5845-001” Industry Canada 5845 Text “IC: 8367A-CA3201-5845001” Industry Canada XR5 Text “IC:6545A-XR5 Modular Approval” Warranty Label Part Number: 2542-0001 Dimensions: 0.95” dia (Supplied by Sigmapoint) Details: Warranty Void Label, leaves the word “VOID” or label is destroyed when removed Where Used: 2x on all enclosures. See placement at the end of this document. Product Logo Decal Part Number: 2542-0026 Details: Kiss-Cut Logo, supplied by GGI Where Used: 1x on front of all enclosures. See placement at the end of this document. Vent Plug Warning Part Number: 2542-0027 Details: Printed by Sigmapoint Where Used: 1x on all enclosures. See placement at the end of this document. Page 2 of 4 Label Placements LibraPlus 5845 (Back): Warranty Label, (place on overlap) Warranty Label, (place on overlap) Page 3 of 4 Front (LCPE, AP, ER): Front (CPE, RD): Page 4 of 4

LM5845-LM5860 CPU Board Bottom View

LM5845-LM5860 CPU Board Top View

Circuit Description General The LM 5845 and LM 5860 are identical hardware with the LM 5860 having an updated software to enable higher digital throughput. Both versions of this product family utilize identical hardware using a FCC modularly approved XR5 radio miniPCI radio card (802.11a) and identical Single Board Computer cards (SBC) (Jstream IXP425 processor based system) plus separate identical surge protect circuit boards. The miniPCI card utilizes 802.11a protocol based on an Atheros AR5414 chipset with an additional RF power amplifier and Low Noise Amplifier. The SBC is utilizes an IXP 425 Intel processor with an optimized bus for high throughput data for Ethernet routing and switching. It also can supports dual mini-PCI ports for radio cards or other applications. The system is tailored for low latency high capacity throughput. Radio Module The radio module is made up of a DSP based processor, RAM memory and flash memory. The firmware is stored in flash memory on the board. The board is based on the Atheros 5414 ASIC design which carries out signal processing (modulation- demodulation and generates or demodulates spread spectrum OFDM. An FPGA provides an ARM microprocessor to control the radio processes (MAC) and to interface with the SBC. The processor also controls and enables access to the PCI bus for the service data carried by the link The RF processing side is an integrated transceiver included in the ASIC providing frequency synthesis, up and down frequency conversion from the baseband IF which has frequencies content well below 200 MHz The radio is realized on a mini-pci board form factor design so it can be plugged into the SBC that hosts a miniPci socket. The SBC manages the radio systems via the integrated ARM processor as well as provides network functionality for the data services being provided Single Board Computer The INTEL IXP425 processor based SBC manages the Radio module and handles Network functions to covert radio carried traffic to Ethernet Traffic and vice versa. The main functions are to provide: • configuration control for the radio system, (Channels, Band Range , BW) • A full range networking functions, (Switching, bridging, routing, VLANs, DHCP, NAT Firewall etc. • Quality of service • management (SNMP) operation, - Performance monitoring, Alarms , remote configuration control, System monitoring, • an operator Graphic User Interface • system logs, • set-up, storage and access to subscriber radio configuration information, • authorization and Encryption functions and provides diagnostic routines • Software and Firmware Upgrade Routines • Radio Calibration SW The LM-5800 can be locally or remotely managed via its SNMP system... The OS is Linux based and incorporates all the software functions to operate the radio. The system has flash memory that stores the SW, configuration files, Logs and other pertinent information. Up on start-up the OS sets-up automatically the configurations that are used for the radio link. The SBC card has 2 RJ45 10/100BaseT Ethernet ports providing data as well as power over Ethernet (POE). A serial TTL level port is also provided for diagnostics and administration. A 16 Mb flash memory is used to store firmware which is expanded upon boot-up into 256 Mb of SDRAM. The SBC also incorporates two miniPCI connectors along with the miniPCI bus drivers. The SBC is powered by a DC to DC converter that provides power to the SBC and the miniPCI radio Module. The input voltage to the DC converter is 48 volts with it supplying 3.3 volts, and 5 volts Connector Card The connector card provides the I/O digital interface as well as the 48V termination for the power over Ethernet system (48 V). The card provides power surge protection induced by lighting or other causes. In addition lower voltage clamp system protects the data lines. The circuit incorporates EMI suppression using ferrite filters on the data lines and filter dual choke on the power lines. An additional interface is provided for diagnostic access to the SBC.. Enclosure The entire radio system is contained in a metallic EMC shielded enclosure that is mast mounted. The enclosure provides grounding protection toe the mast via the metallic mast mount. This enclosure conforms to an IP67 environmental rating. The Antenna is connected by a short length of coaxial cable terminated with Type N connectors. The connectors used on the enclosure are also shielded.

22 11 B B A A XBA-307 Control Board_R0C V54C3 256164VDI7I MII0 Expanstion Bus Page 12 : Mini-PCI slot 2 56 TSOP Page 2 : Power Supply 54 TSOP-II LXT971A SDRAM interface MiniPCISlot 2WiFi802.11a/b/g PCI interface Page 4 : IXP 42X Decoupling Antenna Ethernet Page 6 : LAN portPage 9 : IXP 42X EPB interface RJ45 56 TSOP PBGA 492-Ball Flash Option:IntelStrata flash memory16MBytesJS28F128J3D75ES Page 1 : IXP 42X Block diagramPage 11 : Mini-PCI slot 1 MiniPCI Slot 1WiFi802.11a/b/g orWiMAX802.16_2004 ResetButton IXP 42X 64 LQFP Intel NetworkProcessor 10/100 SinglePHY Page 8 : IXP 42X SDRAM and UART Interface Intel Strata flash memory16MBytesJS28F128J3D75ES 54 TSOP-II Page 10 : IXP 42X PCI interfacePage 5 : IXP 42X Eternet Interace V54C3 256164VDI7I Xscale core533/266 MHz Antenna Page 3 : Reset & LEDs HeaterCircuit Page 7 : WAN port 32MB SDRAM 32MB SDRAM MII1 LXT971A Ethernet RJ45 64 LQFP10/100 SinglePHY PowerCircuit XBA-307 Block Diagram R0C XBA-307 A4 112 Tuesday, April 10, 2007 TitleSize Document Number Rev Date: Sheet of 22 11 B B A A 24V/1.25A 5V/4A 3.3V/4A 1.3V/1.5A For Outdoor +24Vi change to +48V 48V/0.7A For WiMAX Combo AP R15 will be 25.5K 1%For WiFi Mesh AP R15 will be 12.4K 1% Power_Circuit R0C XBA-307 A4 212 Wednesday, June 13, 2007 TitleSize Document Number Rev Date: Sheet of SEN- SEN+ SEN+ Heater_Status 10 Heater_SW 10 +24/48Vo +5V +5V +5VH +1V3 +3V3 +5V +3V3 +5V +24/48Vo +5V +3V3 +3V3 +3V3 +3V3 +3V3 +3V3 +5VH+5VH +24/48Vo +24/48VB +3V3 +3V3 +3V3 +24/48VA C1841uF/10V R2290 D1SSL12 C1830.1uF/16V R312.67K 1% 12 C1010uF/50V 12 Q8MMBT3904L C194700pF/50V 12 R188 10K C234700pF/50V 12 C3110uF/6.3V 12 R251 1/8W 1 2 C910uF/50V 12 C414700pF/50V 12 L3 6.8uH 1 2 L1 MLB321611-0 600P-N1 J1CON2 12 -+ U6ALMV393L-S08 32 1 84 C1984700pF/50V C36100uF/6.3V 12 C21000pF/2KV 12 t RT110K C84.7uF/10V 12 L21 MLB201209-0120P-N2 1 2 R228100 C3322uF/6.3V 12 F2 PLD30P250UF R1810K 12 U1 UM6725V0S 123 456 Vin+Vin-On/Off Vout+ Vout- Trim L2 MLB321611-0 600P-N1 D12SS18 t RT210K L19 MLB201209-0 120P-N2 1 2 C161uF/16V 12 C15 1uF/16V 12 R23300K 1% 12 C391uF/16V 12 Q5AP2305GN D13SS18 H2 12 3 4 56 7 8 9 C1951000pF/2KV C30 0.1uF/16V 1 2 R442.2K 1% 12 R1512.4K 12 L56.8uH 1 2 H7 R269.53K 1% 12 C1991uF/16V C2722uF/6.3V 12 C2822uF/6.3V 12 R835.7K 1% 12 H5 R1710K 1% 12 R225 0 C10.01uF/100V 12 U8 CEM8208 1234 5678 S1G1S2G2 D22 D21D12D11 R1871M C380.1uF/50V 12 U9 TPS64200DBVR 123 456 EN GND1FB ISENSE VIN SW -+ U6BLMV393L-S08 56 7 84 R191M 1 2 R2810K 1% 12 C32220pF/50V 12 R514K 1% 12 R7100 1 2 C13 0.1uF/50V 1 2 C50.1uF/100V 12 R110K R119.76K 1% 12 R1410K 12 C2922uF/6.3V 12 Q1MMBT3904L C241uF/50V 12 TVS2SMBJ64A TP25TP 1 F1 PLD30P250UF C12100pF/50V 12 TVS1SMBJ64A H1 12 3 4 56 7 8 9 U5 AP9985GM 1234 5678 S1S2S3GD4 D3D2D1 C201uF/16V 12 C341uF/10V 12 R1010K 1% 12 L20 MLB201209-0120P-N2 1 2 H4 12 3 4 56 7 8 9 U7 TPS40009DGQ 12345 678910 ILIMFBCOMPSS/SDGND1 LDRV VDD SW HDRV BOOT J2CON2 12 C180.1uF/50V 12 H6 R2041M U4 AP9985GM 1234 5678 S1S2S3GD4 D3D2D1 C21100uF/6.3V 12 C37150pF/50V 12 R2140m 1 2 R131.62K 1% 12 Q2 AP2305GN H3 12 3 4 56 7 8 9 TP26TP 1 R310K 12 C170.1uF/16V 12 U3 TPS40055PWP 12345678 910111213141516 KFFRTBP5SYNCSGNDSS/SDVFBCOMP PGND LDRV BP10 SW HDRV BOOST VIN ILIM R2260 R2468K 1% 12 R190100K R2270 L4 10uH 1 2 R27301 1% 12 C1110uF/50V 12 C35100uF/6.3V 12 C1970.047uF/50V C404700pF/50V 12 C22100uF/6.3V 12 C251uF/50V 12 R12287 1% 12 BC80.1uF/16V 12 R22 1 1/8W 1 2 R2012.4K 1% 12 R910K 12 D14SS14 C26150pF/50V 12 R1610K 1% 12 R189100K R30750K 1% 12 TP27TP 1 22 11 B B A A POWER Mark:WiMAX/WiFiMark:LAN WiMAX Slot 1WLAN Slot 2 WAN_LNKACT Mark:WiFiMark:PWR System Reset & WDT LAN_LNKACT Mark:WAN Reset & LED R0C XBA-307 A4 312 Monday, J une 04, 2007 TitleSize Document Number Rev Date: Sheet of WLANLED2 WLANLED2 L_ACTWLANLED1 WiMAX_LED_P2 BUTTON_R ESET WiMAX_LED_P3 L_ACTBUTTON_R ESET S_OK_LEDS_Er_LED WLANLED1 WiMAX_LED_P1 WiMAX_LED_P4W_ACT P_reset S_Er_LEDS_OK_LED CE WiMAX_LED_P1WiMAX_LED_P2WiMAX_LED_P3 WiMAX_LED_P4 W_ACT CE CE RESET# P_reset WLAN_LED_P2 10 WLAN_LED_P1 10 LNKACT 6 WiMAX_PW_LED_P1 10 WiMAX_PW_LED_P2 10 WiMAX_PW_LED_P3 10 WiMAX_PW_LED_P3 10 WiMAX_PW_LED_P2 10 WiMAX_PW_LED_P3 10 WiMAX_PW_LED_P1 10 WiMAX_PW_LED_P2 10 WiMAX_PW_LED_P3 10 Status_Error_LED 10 Status_Ok_LED 10 RESET_IN_N 5,9 WDT_Status 10 Reset_Button 10 WAN_ACT 7 WDT 10 POWER_ON_RESET_N 5 ALL_REST_N 5,9 /BDMR 5,9 WDT_EN 10 WiMAX_PW_LED_P3 10 ALL_REST_N 5,9 WiMAX_PW_LED_P3 10 WiMAX_PW_LED_P2 10 PCI_Reset# 6,7,9,11,12 +3V3 +3V3+3V3+3V3 +3V3 +3V3 +3V3 +3V3 +1V3 +3V3 +3V3 +3V3 +3V3 +3V3 +3V3 +3V3 +3V3 +3V3 +3V3 +3V3 +3V3+3V3+3V3 +3V3+3V3 SW1 SW PUSHBUTTON 1 2 3 4 BC430.01uF/50V 12 R321K 12 U12 R5101G 1234 5678 SCKCDCTWVDD VOUT GND CE RESET R6310K 1 2 R57220 1 2 D6 1 2 R551K 12 R22410K 12 R4110K 12 R6410K 1 2 BC360.1uF/16V 12 R4910K 1 2 Q3MMBT3904L C4533pF/50V 12 U13C 74LVC08 9 10 8 147 D11 12 BC340.1uF/16V 12 R5610K 1 2 R4010K 12 Q10MMBT3904L BC10.1uF/16V D4 12 J3CON14A 1 2 3 4 5 6 7 8 9 10 11 12 13 14 D8 12 R4710K 1 2 C1770.1uF/16V 12 R5910K 1 2 R44220 12 BC440.01uF/50V 12 R23410K R43220 12 U11 G697 L293T 123 45 RESET VCC GND NCCD R361K 12 C860.1uF/16V 12 R4810K 1 2 BC410.01uF/50V 12 R2351K BC190.1uF/16V 12 C840.1uF/16V 12 R5110K 1 2 D3 12 R52 220 1 2 BC450.01uF/50V 12 R3910K 12 BC290.1uF/16V 12 R54220 1 2 C830.1uF/16V 12 D9 1 2 BC500.01uF/50V 12 BC420.01uF/50V 12 TP28TP 1 R60 220 1 2 Q9MMBT3904L Q6MMBT3904L C18010uF/6.3V 12 U14B 74LVC74 1211 98 14 10 7 13 DCLK QQ VCC PRE GND CLR Q7MMBT3904L D5 1 2 SU1 BUZZER 12 R230 1K U13B 74LVC08 45 6 147 C820.1uF/16V 12 D7 1 2 D10KPB-3025ESGC U13A 74LVC08 12 3 147 C1790.1uF/16V 12 R23133 C1960.01uF/50V R62220 12 D2 1 2 U14A 74LVC74 23 56 14 4 7 1 DCLK QQ VCC PRE GND CLR R61 220 1 2 R53220 12 U13D 74LVC08 1213 11 147 BC20.1uF/16V 12 R46220 1 2 R50220 1 2 C1780.022uF/50V 12 Q4MMBT3904L 22 11 B B A A Pin AF3 is reserved. For pinD25, a 34 ohm, 1% resistormust be populated. Place 4.7uF caps within 3mm of IXP425 I/O Decoupling Place 4.7uF caps within 3mm of IXP425 Place one 0.01uF cap as close as possible to each +1V3 power pin. I…

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© 2010 MPB Technologies- Electronics Test Centre This report shall not be reproduced, except in full, without prior written approval of MPB Technologies Inc. Electromagnetic Compatibility (EMC) Test Report LIBRA Plus FCC ID; XCE-LP5845-001 EMISSIONS, CLASS B FCC Part 15 Subpart B: 2007 Report No.: E35R3608 Customer P.O. No.: 8166 Test Personnel: Glen Albert Prepared for: Doug Reid EION Wireless 320 March Rd. Ottawa, Ontario K2K 2E3 Client Acceptance Issue Date: February 11, 2010 Revision: 2 Dan Zanette Technical Director Report Composition: 14 Pages LIBRA Plus FCC ID; XCE-LP5845-001 Report No.: E35R3608 Issue Date: February 11, 2010 Revision: 2 Page 2 of 14 © 2010 Technologies- Electronics Test Centre This report shall not be reproduced, except in full, without prior written approval of MPB Technologies Inc. TABLE OF CONTENTS 1 INTRODUCTION ........................................................................................................................................................... 3 1.1 P URPOSE ..................................................................................................................................................................... 3 1.2 S COPE ......................................................................................................................................................................... 3 1.3 R EVISION STATUS ....................................................................................................................................................... 3 1.4 A PPLICABLE DOCUMENTS .......................................................................................................................................... 4 1.5 D EFINITIONS ............................................................................................................................................................... 4 1.6 G ENERAL TEST CONDITIONS ...................................................................................................................................... 4 2 TEST RESULT SUMMARY .......................................................................................................................................... 5 2.1 RADIATED EMISSIONS, FCC PART 15.109 ........................................................................................................... 6 2.1.1 Spectral Plot(s) .................................................................................................................................................. 7 2.1.2 Measurement Uncertainty .................................................................................................................................. 8 2.1.3 Test Equipment .................................................................................................................................................. 8 2.1.4 Photograph(s) .................................................................................................................................................... 9 2.2 CONDUCTED EMISSIONS, FCC PART 15.107 .................................................................................................... 10 2.2.1 Spectral Plot(s) ................................................................................................................................................ 11 2.2.2 Measurement Uncertainty ................................................................................................................................ 12 2.2.3 Test Equipment ................................................................................................................................................ 12 2.2.4 Photograph(s) .................................................................................................................................................. 13 3 TEST FACILITY .......................................................................................................................................................... 13 3.1 L OCATION ................................................................................................................................................................ 13 3.2 P OWER ...................................................................................................................................................................... 13 APPENDIX A: CLIENT SAMPLE DESCRIPTION ......................................................................................................... 14 LIBRA Plus FCC ID; XCE-LP5845-001 Report No.: E35R3608 Issue Date: February 11, 2010 Revision: 2 Page 3 of 14 © 2010 Technologies- Electronics Test Centre This report shall not be reproduced, except in full, without prior written approval of MPB Technologies Inc. 1 INTRODUCTION 1.1 Purpose The purpose of this report is to present the findings and results of compliance testing performed on the LIBRA Plus in accordance with, FCC Part 15 Subpart B: 2007. 1.2 Scope All test procedures, limits, and results defined in this document apply to the LIBRA Plus which shall be referred to herein as the Equipment Under Test (EUT). This report may not be used to claim “product” certification, approval or endorsement by NVLAP, NIST, or any agency of the United States Federal Government. Electronics Test Centre is ISO/IEC 17025 accredited by NVLAP for the quality system and test methodologies within its designated scope of accreditation. 1.3 Revision Status Revision Date Issued Reason for Issue / Re-Issue 1 February 10, 2010 First draft 2 February 11, 2010 Final LIBRA Plus FCC ID; XCE-LP5845-001 Report No.: E35R3608 Issue Date: February 11, 2010 Revision: 2 Page 4 of 14 © 2010 Technologies- Electronics Test Centre This report shall not be reproduced, except in full, without prior written approval of MPB Technologies Inc. 1.4 Applicable Documents The following document(s), or parts thereof, are applicable to this Report: FCC Part 15:2007 - CFR Ti…

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