FCC ID : U88-GSR-2630D-SPR ATTACHMENT E.
- USER MANUAL -
SAN 136-1, AMI-RI, BUBAL-EUP, ICHEON-SI, KYOUNGKI-DO, 467-701, KOREA TEL:+82 31 639 8517 FAX:+82 31 639 8525 www.hct.co.kr Report No. : HCT-R08-163 1/1 HCT CO., LTD. SPRINT User Manual WIMAX_30dBm July, 2008 Version 1.0
- INDEX -
SPRINT User Manual WIMAX 30dBm 1. SUMMARY................................................................................... 3 2. SYSTEM STRUCTURE .................................................................. 4 2.1 Network structure for WIMAX RF Repeater............................. 4 2.2 System Design and Operation.................................................. 5 2.2.1 System design.5 2.2.2 Downlink Path.7 2.2.3 Uplink Path.8 3. SPECIFICATIONS ....................................................................... 9 3.1 System Specifications .............................................................. 9 3.2 Electrical and Environment Specifications............................. 10 3.3 Functions........................... ! . 4. SET UP ...................................................................................... 11 4.1. Equipment needed for iDEN Repeater Setup ........................ 11 4.1.1 Notice..11 4.1.2 System set up.12 4.1.3 Open for service.12 4.2 Troubleshooting ..................................................................... 12 4.2.1 Necessary Testing and measuring equipment12 4.2.2 Notice..12 4.2.3 Troubleshooting Guide13 4.2.4 Troubleshooting Guide Related to RF..!
. 4.2.5 Troubleshooting Guide Related to NMS.!
. 2 1. SUMMARY SPRINT User Manual WIMAX 30dBm GSTR-2630D-SPR is an in-building solution for extending and improving WiMAX coverage area in Sprint network, providing better signal quality in small stores, manufacturing facilities, warehouses, etc. GSTR-2630D-SPR eliminates PN pollution to decreasing noise in Sprints BTS.
# GRS-2630D-SPR Main Features #
- Conversion type
- DNC/IF/UPC integration module is implemented.
- D/L & U/L S/W LNA
- Sync Detection Module achieved sync. Signal then process the sync signal.
- D/L ALC, U/L ALC function
- Gain Balance function to be interfaced with D/L and U/L Gain Abbreviation LNA: Low Noise Amplifier PSU: Power Supply Unit HPA: High Power Amplifier SDM: Sync Detection Module Caution: Replaceable batteries instruction Risk of explosion if battery is replaced by an incorrective type. Dispose of used batteries according to the instructions. 3 SPRINT User Manual WIMAX 30dBm 2. SYSTEM STRUCTURE 2.1 Network structure for WIMAX Indoor RF Repeater Below picture shows a Network structure for WIMAX Indoor RF Repeater in a real site. Donor ANT takes a position on the direction to BTS which be linked, and Server ANT is available to be located in designated area for service by using RF cable deployments and dividers as blow. One thing that we consider is Path losses between Repeater port and ANT in case of dividing by dividers and RF cables. They should be equally managed.
<Pic.1> WIMAX Indoor RF Repeater Service Organization 4 2.2 System Design and Operation 2.2.1 System design SPRINT User Manual WIMAX 30dBm R F I N I N T E R F A C E R F O U T OUT2 COUP2 HPA 8. GND 7. TTL2 6. TTL1 4.5.9 NC 3. -12Vdc 2. ALM 1. +7Vdc COUP1 OUT1 1. +7Vdc 2. LNA_ALM 3. -12Vdc 4.5.9 NC 6. TTL1 7. DET1 8. GND 8. GND 7. DET1 6. TTL1 4.5.9 NC 3. -12Vdc 2. LNA_ALM 1. +7Vdc ANT2 ANT1 SERVER DONOR DC_F AC_F
-12V GND GND +12V GND GND
+7V +7V GND GND
+27V
+27V SUB ALM DC AC POWER F.G AC_INPUT AC_N AC_L NO. PART ARRESTOR CAVITY FILTER MODULE PSU MODULE LNA MODULE HPA MODULE SDM MODULE NO. PART CONVERTER MODULE NMS BOARD I/O, RFC BOARD ETHERNET PORT
<Pic.2> WIMAX Repeater 30dBm Internal Design 5 SPRINT User Manual WIMAX 30dBm NO. PORT DONOR ANT PORT SERVER ANT PORT DC POWER PORT NO. PORT AC POWER PORT CLI PORT ETHERNET PORT
<Pic.3> WIMAX Repeater 30dBm PORT Design 6 2.2.2 Downlink Path SPRINT User Manual WIMAX 30dBm GRS-2630D-SPR is basically designed to select 33MHz operational bandwidth from entire BRS bandwidth (188MHz). Repeater would smartly select actual Sprint operational bandwidth such as 2502~2568MHz (ABCD), 2624~2690MHz (EFHG) using local frequency without interfering into in-band. To discriminate Tx / Rx circuit, GRS-2630D-SPR is implemented Bias, including LNA and HPA to functionate switching operation. In the LNA, SPDT switch is implemented not only to improve Tx/Rx separation, but to protect Rx circuits, when antenna is open.
<Pic.4> WIMAX 30dBm RF Repeater Downlink Block Diagram 7 2.2.3 Uplink Path SPRINT User Manual WIMAX 30dBm GRS-2630D-SPR is basically designed to select 33MHz operational bandwidth from entire BRS bandwidth (188MHz). Repeater would smartly select actual Sprint operational bandwidth such as 2502~2568MHz (ABCD), 2624~2690MHz (EFHG) using local frequency without interfering into in-band. To discriminate Tx / Rx circuit, GRS-2624D-SPR is implemented Bias, including LNA and HPA to functionate Switching operation. In the LNA, SPDT switch is implemented not only to improve Tx/Rx separation, but to protect Rx circuits, when antenna is open. GRS-2624D-SPR Downlink, Uplink Converter Modules Gain is 20dB for both paths
<Pic.5> WIMAX 30dBm RF Repeater Uplink Block Diagram 8 3. SPECIFICATIONS 3.1 System Specifications Parameter Frequency Range A+B Band Select
(33MHz) B+C C+D E+F F+H H+G Max Gain Flatness VSWR System Delay Input Power Range ALC Range ALC Range D/L U/L D/L U/L Roll offs EVM 1.55MHz Out of Band 3.5MHz Emission 5MHz 8MHz Noise Figure Frequency Stability Specifications 2502MHz ~ 2690MHz 2502MHz ~ 2535MHz 2518.5MHz ~ 2551.5MHz 2535MHz ~ 2568MHz 2624MHz ~ 2657MHz 2640.5MHz ~ 2673.5MHz 2657MHz ~ 2690MHz 80dB 1.5dB 3dB (P-P) / Channel Max 1.5 : 1 Max 5us
- 50dBm ~ -20dBm
- 50dBm ~ -20dBm 0 ~ 30dB 0 ~ 30dB 30dBc @1MHz 80dBc @3.5MHz 5% (against the source)
-13dBm@100kHz
-13dBm@1MHz
-37dBm@1MHz
-37dBm@1MHz 5dB @ Max Gain 12dB @ Min Gain 0.02ppm 9 SPRINT User Manual WIMAX 30dBm Comment Accuracy 2.0dB Accuracy 2.0dB Switching Adjustment Range Switching Timing Adjustment Accuracy SPRINT User Manual WIMAX 30dBm TTG : 0 ~ -105.7us RTG : 0 ~ -60us Guard Offset : 0 ~ 30us TTG: 105.71us RTG: 60us 1us / 1us TTG , RTG , Guard Offset Parameter Specifications Comment Input Power Accuracy Output Power Accuracy RSSI Alarm Over Power Alarm VSWR Alarm D/L U/L D/L U/L D/L U/L D/L U/L 2dB 2dB
--55dBm 33dBm/ Total 33dBm/ Total When Output Port is open 3.2 Electrical and Environment Specifications Only DL Specifications Comment N-type Female 2 port N-Type : DL 1 port, UL 1 port Parameter Connector Type Size Weight Power Consumption Power Source Remote Operating Temperature 350mm X 400mm X 215mm Max 50 lbs 90W 110-125VAC, 60Hz 208-240VAC single phase
-10 ~ 50 4 hour Back up Battery (option) Remote Operating Humidity 5%~100%
10 4. SET UP 4.1. Equipment needed for WIMAX RF Repeater Setup SPRINT User Manual WIMAX 30dBm Parameter Item Quantity Remark Major Component Repeater GRS-2630D-SPR Mounting Bracket Installation Guide Book V. 1.0 CD which contains User Manual and Installation Guide V.1.0 Ethernet Cable 2M Power Cord 3M Ground Cable 3M Ground Sems Screw Bracket Sems Screw Lag Screw Anchor Bolt Set Donor ANT Server ANT Antenna connection Cable 1 EA 1 EA 1 EA 1 EA 1 EA 1 EA 1 EA 4 EA 4 EA 4 EA 4 EA 1 EA 1 EA TBD Provided by GST Provided by GST Not Included Not Included Additional components Antenna RF Cable Testing and Not Included Spectrum Analyzer 1 EA Measuring Equipment 4.1.1 Notice 1) System Power check: Major electricity is AC110V, therefore please input electricity after power verification. 2) Input condition optimization: DL, UL input condition of WiMAX 30dBm is -50 ~ -20dBm 3) This equipment is basically wall mountable installation. 11 4.1.2 System set up 1) This equipment is basically wall mountable. 2) Installer will have to connect the power supply (after input power verification) and RF cable to the SPRINT User Manual WIMAX 30dBm Repeater and then it will be ready to use. 3) For grounding, there is a grounding terminal in main power supply which will be plugged into power outlet. There is also a separate grounding terminal on the repeater which should be connected to the on-site grounding terminal to ensure proper grounding. 4) Mounting of repeater should be done by at least two technicians to ensure a safe and proper install. 4.1.3 Open for service 1) Check points before open a. Verification of system installation status Electricity, In/out antenna, coaxial cable connection, equipment mounts status. b. Verification of system accessories User should check whole necessary accessories. c. Check receipt signal level User should check whether receipt environmental condition is in accordance with system specification, so t hat system operation will be optimized. 4.2 Troubleshooting 4.2.1 Necessary Testing and measuring equipment a. Signal Generator: 3GHz b. Spectrum Analyzer: 3GHz c. Multi-Meter 4.2.2 Notice a. Troubleshooting should be performed by a trained technician. b. Parts that seem to be not used should not be disassembled. c. While troubleshooting, technician should use attenuator to check RF Signal output. 12 SPRINT User Manual WIMAX 30dBm Trouble shooting Input Level Down Link Up Link
-50dBm/Total ~ -20dBm/Total
-50dBm/Total ~ -20dBm/Total Gain Down Link Up Link 50 ~ 80dB 50 ~ 80dB 4.2.3 Troubleshooting Guide Check Point Item Note before system operation
* System Input power range Same as above
* System Gain Same as above
* Output power at edge port side Down Link Up Link 30dBm/Total 30dBm/Total Output power Check in Advance
* Check points before open for service
* Please check quantity of all accessories with specification before you set up.
* Fit cable length in accordance with field condition.
* Set up Donor antenna to secure Isolation (More than 87dBc) 13 Check after open
* Check points after open for service SPRINT User Manual WIMAX 30dBm
* Check following status
- Fixable level of antenna support pole
- Connection status between antenna and RF cable
- RF Cable construction and fixed status
- Verify that the Repeater is securely mounted
- Electricity construction and proper AC power status
- Plug status and electricity voltage status
- Wall socket and voltage status
- Grounding status of electrical circuit
- Direction of Donor antenna
(PN Offset and neighborhood BTS to be considered.)
- Coaxial cable construction status
- Connector combiner connection status
- Cable connection status against leakage of water 14