SSLHS2303R2.4 GHz Wireless Controller

1 2 3 4 56 ABCD 6 5 4 3 2 1 D CBA Title Number Revision Size B Date: 26-Aug-2004 Sheet of File: F:\buckup\XBOX_H~11.DDB Drawn By: RF Control Chip RF Module Communication Interface XBOX Chip GL653 U1 U2 XBOX Interface To XBOX Console RxclkBrclkBData1BData Osc_bdBDclk_bdBpkctl_bdBnden_bdBnpwr_bd 74HC04 Bnpwr_rfBnden_rfBpkctl_rfBDclk_rfOsc_rf Force Connect Button & Led GND VCC D- D+ VBI XBOX CONSOLE VER1.1 U3 XBox Host Function Block Schematic OSC 16.000MHZ OSC 48.000MHZ EMP78P451

FCC ID Location FCC ID Label Sample FCC ID: SSLHS2303R This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.

2.4GHz RF Wireless Controller Host Working Principle 1. It is a 2.4G RF product. It works at the frequency of ISM Band (2.4GHZ). There are up to 80 channels, and the frequency interval between each channel is 1M Hz. 2. Evenly Randomized Frequency Hopping Sequence method is implemented in the RF technology. 3. It works in “Master” Mode. We call it “Host.” The working procedures are: a) When power on, the Host will do the frequency hopping according to a certain sequence, and then send the connection command. b) If there is a Device response, the Host will judge whether it can be permitted to connect. c) If it can be permitted to connect, then send the connection command to build up the connection. d) The Host sends the request command to the Device to get the Axes and Buttons value. e) The Device sends the Axes and Buttons value to the Host. f) The Host will identify the data received and then do the data detection and data correction. g) The Host will save the data received if there is no error. h) The Host judges whether it is required to send Axes and Buttons value to PS2 console. i) If it is required, then send the saved data to PS2 console. j) The Host judges whether there is any Motor command and/or Motor value sent from PS2 console. k) If there is, then the Host will save the received Motor data. l) The Host send Motor commands to the Device, and send the Motor value to the Device. m) Repeat Step e) to Step l)

1 2 3 4 5 6 78 ABCD 8 7 6 5 4 3 2 1 D CBA Title Number Revision Size A3 Date: 17-Dec-2004 Sheet of File: F:\buckup\UCOMM_Product.DDB Drawn By: AGND1 1 NC 2 DM3 3 NC 4 DP3 5 NC 6 DM0 7 NC 8 DP0 9 NC 10 VCP 11 NC 12 DM2 13 NC 14 DP2 15 NC 16 AVDD1 17 NC 18 PPWRENB2 19 PPWRENB3 20 POVRI2 21 POVRI3 22 GPIOE0 23 GPIOE1 24 GPIOE2 25 GPIOE3 26 GPIOE4 27 GPIOE5 28 GPIOE6 29 GPIOE7 30 DGND1 31 XTAL1 32 XTAL2 33 DVDD1 34 GPIOA0 35 GPIOA1 36 GPIOA2 37 GPIOA3 38 GPIOA4 39 GPIOA5 40 GPIOA6 41 GPIOA7 42 GPIOB0 43 GPIOB1 44 GPIOB2 45 GPIOB3 46 GPIOB4 47 GPIOB5 48 GPIOB6 49 GPIOB7 50 GPIOC0 51 GPIOC1 52 NC 53 GPIOC2 54 NC 55 GPIOC3 56 NC 57 GPIOC4 58 NC 59 GPIOC5 60 GPIOC6 61 GPIOC7 62 NC 63 DVDD2 64 DGND2 65 NC 66 GPIOD0 67 GPIOD1 68 GPIOD2 69 GPIOD3 70 NC 71 OTPVPP 72 NC 73 GPIOD4 74 GPIOD5 75 GPIOD6 76 GPIOD7 77 MOD0 78 MOD1 79 TEST 80 PHRSTJ 81 NC 82 ADC_IN0 100 ADC_IN1 99 ADC_IN2 98 ADC_IN3 97 AVDD2 96 AGND2 95 ADC_IN4 94 ADC_IN5 93 ADC_IN6 92 ADC_IN7 91 ADC_IN8 90 ADC_IN9 89 ADC_INA 88 ADC_INB 87 ADC_INF 83 ADC_INE 84 ADC_IND 85 ADC_INC 86 GL653USB-OTB U1 DM3DP3DM0DP0 DM2DP2 PWREN1PWREN2GPIOE0GPIOE1GPIOE2GPIOE3GPIOE4GPIOE5GPIOE6GPIOE7 GPIOD0GPIOD1GPIOD2GPIOD3GPIOD4GPIOD5GPIOD6GPIOD7 GPIOA0 GPIOA1 GPIOA2 GPIOA3 GPIOA4 GPIOA5 GPIOA6 GPIOA7 GPIOB0 GPIOB1 GPIOB2 GPIOB3 GPIOB4 GPIOB5 GPIOB6 GPIOB7 GPIOC0GPIOC1GPIOC2GPIOC3GPIOC4GPIOC5GPIOC6GPIOC7 R1 22R C847P R2 22R C747P C1 100uF FB4 0R C32104 C20 104 C26 0.1uF Y1 48MHz C185pF C17 5pF FB10 FB450R DVDD DVDD DVDD DVDD VCC 1 D- 2 D+ 3 VBI 4 GND 5 EARTH 6 XBOX XBOXCABLE DM0DP0 VBI MOD0MOD1 DVDD FB3 0R FB2 0R DVDD R151M UCOMM_RF_XBOX_PAD_HOST R147.5K R110 DVDD VCP LED1 Force Connect SW12 FC(Force Connect) Bpkctl_rfBnden_rf Bpkctl_bdBnden_bd Bnden_bd X2 16M C22 15pF C23* 15pF R26 1K Bpkctl_bdBnpwr_bd BDdata SW9 Freq_test 1 2 U3A74HC04 3 4 U3B74HC04 C2415pF BDclk_bd BDclk_bd 5 6 U3C74HC04 9 8 U3D74HC04 BDclk_rf C25 104 2.5V SW11 Cap1SW10 Cap0 Osc_rf RxclkBrclkBData1 Bnpwr_rf Bnpwr_bd 11 10 U3E74HC04 /CS/ACKCLKD0D1D2D3D4D5D6D7 GPIOD0GPIOD1GPIOD2GPIOD3GPIOD4GPIOD5GPIOD6GPIOD7GPIOC0GPIOC1GPIOC2 C1147P DVDD R28 220R ZD12.5V GPIOE2 C27104 R34100R ZD23.6V 3.6V 3.6V C29 104 MU_SL0 GPIOE3 414243441234781113141516 1819202122232425262728293031323334383940 5691012 1737 3536 U2 SLA201_QFP44 1234567891011 CN4RF_Module Bpkctl_rfRxclkBnden_rfOsc_rfBnpwr_rfBrclkBData1BDclk_rfBDdata DVDD Update History ver2.3 ver2.4 12345678910 C4104 MU_SL1 SubType_SL0SubType_SL1 GPIOE4GPIOE5 C31104 C33104 R9 15K R6 22R R5 22R C3 100uF R10 15K DVDD VCC 1 D- 2 D+ 3 VBI 4 GND 5 EARTH 6 CARD2 MEMORYCARD DM3DP3 DMA2DPA2VBI C1347PC14NC FB7 FB120R/100MHz FB13 FB120R/100MHz MODE_SL0MODE_SL1 GPIOE6GPIOE7 PAD MEMORY CARD SELECT 0 Memory Card1 Memory Card2 Memory Card MU_SL1 MU_SL0 01 1 110 MODE_SL0 MODE_SL1 MODEL 11 MODEL SELECT 01H(Default Controller) SubType_SL0 SUBTYPE 1 SUBTYPE SELECT 02H(S Controller) 0 GPIOC3 ADC_SL DVDD R7 15K R4 27R R3 27R C2 100uF R8 15K DVDD VCC 1 D- 2 D+ 3 VBI 4 GND 5 EARTH 6 CARD1 MEMORYCARD DM2DP2 DMA1DPA1 VBI C9 47P C10 NC FB6 FB120R/100MHz FB9 FB120R/100MHz T1 120R-Comm Chock Comm Chock For NTS Test ADC SELECT ADC_SL=0 ADC_SL=1 AXIS RESOLUTION 8 BIT 10BIT Ver2.5C WHEEL MEMORY CARD SELECT 0 Memory Card1 Memory Card2 Memory Card MU_SL1 MU_SL0 01 1 110 MODE_SL0 MODE_SL1 MODEL 00 MODEL SELECT ADC SELECT ADC_SL=0 ADC_SL=1 AXIS RESOLUTION 8 BIT 10BIT DancePad(8Key) MEMORY CARD SELECT 0 Memory Card1 Memory Card2 Memory Card MU_SL1 MU_SL0 01 1 110 MODE_SL0 MODE_SL1 MODEL 10 MODEL SELECT DancePad(9Key) 0 1 5653M046AA-D *When the product use 5653M046AA-D,SubType_SL1 must short to GND** the device use RC scheme(Not AD Scheme),ADC_SL must short to GND ADC SELECT ADC_SL=0 SW6 SW7 SW8 (043)(043) (046)(046) 01 SubType_SL0 01H(Default Controller) 1 02H(S Controller) 0 (043) (043) (046)(046) 01 10 Ver2.5 FB13FB7FB9FB6 FB0RFB0R FB120R/100MHzFB120R/100MHz FB0R FB120R/100MHz FB120R/100MHz Short Raymond SW8 LED Flash Select 1 2 3 4 56 ABCD 6 5 4 3 2 1 D CBA Title Number Revision Size B Date: 22-Feb-2005 Sheet of File: D:\app\Design Explorer 99 SE\Examples\RF_MOD~34.DDB Drawn By: PA_en 1 Vdd_Mod 2 Gnd3 3 Vdd_PA 4 Gnd5 5 Gnd6 6 Gnd7 7 TX/RX 8 Gnd9 9 Vdd_LNA 10 Vdd_Mix 11 Vss_ESD12 12 Vdd_ESD 13 Vdd_IF 14 Gnd_IF 15 Vdd_AMS 16 Gnd_AMS 17 TEST-mp 18 TEST1 19 TEST2 20 TEST-mn 21 Vss_ESD22 22 Gnd_Dig 23 BrCLK 24 Bpkctl 25 RxData 26 RxClk 27 TEST-SE 28 BxtLen 29 TEST3 30 BnDen 31 TEST4 32 BdData 33 TEST5 34 BdClk 35 BnPwr 36 BData1 37 Vdd_dig 38 Gnd_digA 39 Vdd_digA 40 TEST6 41 TEST7 42 XtlOscIn 43 Vdd_PLL 44 GND 45 PLL_LPF 46 Gnd_VCO 47 Vdd_VCO 48 49 U1 C10 39n C12 39n C1150p C7 10n C1139n C239p VCC VCC VCC FB1 0100A-N2 VCC VCC R1 86.6k R310 R210 VCC C410n VCC FEED 1 GND 2 ANT1ANT1-2.4G 123456789 1011 CON1CON-2.0-11P CX20p R45.1K C3102 R52KR6*5.1K VCC C6104 C16 100uF/6.3V R7100 C1810n RF_Module_Signia BrClkBpkCtlRxClkBnDenOscIn VDD GND Bdata1 BnPwrBdClkBdData Vout 3 Vin 2 GND 1 U2AIC1734-25 C1520p C51.2P Ver8.2 IC NO: SBT5210

Report No.: GLEMO050200419ITF-1 Page: 1 of 36 FCC ID:SSLHS2303R Authorized Signature: Kent Hsu Laboratory Manager This report refers to the General Conditions for Inspection and Testing Services, printed overleaf This report details the results of the testing carried out on one sample. The results contained in this test report do not relate to other samples of the same product and does not permit the use of the SGS PRODUCT CERTIFICATION MARK.. The manufacturer should ensure that all products in series production are in conformity with the product sample detailed in this report. This report may only be reproduced and distributed in full. If the product in this report is used in any configuration other than that detailed in the report, the manufacturer must ensure the new system complies with all relevant standards. Any mention of SGS International Electrical Approvals or testing done by SGS International Electrical Approvals in connection with, distribution or use of the product described in this report must be approved by SGS International Electrical Approvals in writing. Member of the SGS Group (Société Générale de Surveillance) SGS-CSTC Standards Technical Services Ltd. 1/F., Building No. 1 Building, Agriculture Machinery Materials Co. Wushan Road, Shipai, Tianhe District,Guangzhou, China Telephone: +86 (0) 20 3848 1001 Fax: +86 (0) 20 3848 1006 [email protected] FEDERAL COMMUNICATIONS COMMISSION Registration number: 282399 FCC TEST REPORT Application No. : GLEMO050200419ITF Applicant: Shenzhen Hais Electronic Co., Ltd FCC ID: SSLHS2303T Fundamental Carrier Frequency : 2.402GHz to 2.481GHz Equipment Under Test (EUT): Name: 2.4G WIRELESS CONTROLLER Model: HS2314, HS2320, HS2383 ♣ Band Name: HAIS ♣ Please refer to section 2 of this report which indicates which model was actually tested and which models are electrically identical. Standards: FCC PART 15, SUBPART C: 2004 ( Section 15.247) Date of Receipt: 24 February 2005 Date of Test: 24 February to 01 March 2005 Date of Issue: 03 March 2005 Test Result : PASS * * In the configuration tested, the EUT complied with the standards specified above. SGS-CSTC Standards Technical Services Ltd. Report No.: GLEMO050200419ITF-1 Page: 2 of 36 FCC ID: SSLHS2303R 2 Test Summary Test Test RequirementStanadard ParagraphResult Conducted Emission (150KHz to 30MHz) FCC PART 15 :2003 Section 15.207 PASS Radiated Emission (30MHz to 25GHz) FCC PART 15 :2003 Section 15.209 PASS Maximum Peak Output Power FCC PART 15 :2003 Section 15.247 (b1) PASS Hopping Channel Number FCC PART 15 :2003 Section 15.247 (b1) PASS Occupied Bandwidth FCC PART 15 :2003 Section 15.247 (a1) PASS Carrier Frequencies Separated FCC PART 15 :2003 Section 15.247 (a1,iii) PASS Band Edges Measurement FCC PART 15 :2003 Section 15.247 (c) PASS Dell Time FCC PART 15 :2003 Section 15.247 (c) PASS Power Spectral Density Measurement FCC PART 15 :2003 Section 15.247 (d) PASS Remark: Model No.: HS2314, HS2320, HS2383. The three models HS2314, HS2320, HS2383 and another 5 models: G8085, G8086, G9885, G8084,G9786. Only one model was tested as above since their electrical circuit design, layout, components used and internal wiring are identical. Only the applicant, product model no. and the outer are different. For further details please refer to the facsimile from Shengzhen Hais Co., Ltd dated 24 February 2005. SGS-CSTC Standards Technical Services Ltd. Report No.: GLEMO050200419ITF-1 Page: 3 of 36 FCC ID: SSLHS2303R 3 Contents Page 1 COVER PAGE.........................................................................................................................................................1 2 TEST SUMMARY.................................................................................................................................................... 2 3 CONTENTS .............................................................................................................................................................. 3 4 GENERAL INFORMATION.................................................................................................................................. 4 4.1 CLIENT INFORMATION............................................................................................................................................ 4 4.2 GENERAL DESCRIPTION OF E.U.T...........................................................................................................................4 4.3 DESCRIPTION OF SUPPORT UNITS........................................................................................................................... 4 4.4 STANDARDS APPLICABLE FOR TESTING.................................................................................................................. 4 4.5 TEST LOCATION...................................................................................................................................................... 4 4.6 OTHER INFORMATION REQUESTED BY THE CUSTOMER.......................................................................................... 4 4.7 TEST FACILITY........................................................................................................................................................ 5 5 TEST RESULTS....................................................................................................................................................... 6 5.1 TEST INSTRUMENTS................................................................................................................................................ 6 5.2 E.U.T. OPERATION................................................................................................................................................. 6 5.3 TEST RESULT.......................................................................................................................................................... 7 5.3.1 Conducted Emissions Mains Terminals, 150kHz to 30MHz ...........…

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