FCC ID: YZP-D660V Telematics Module

PRODUCT : CDMA/EVDO WIRELESS MODEM MODEL NAME : LTD-VH1000 1. Overview 2. Major Features 3. Interface 4. Electrical Specifications 5. RF Specifications 6. Mechanical Specification 7. General Specification 8. Parts Map 9. Connector 10. Antenna Specification 11, RFx information 1. Overview The LTD-VH1000 is achieved as personal mobile communication devices of the compact radio equipment, the latest design of the parts becoming smaller, lighter weight having the 850/1900MHz bands. It is the vehicles telematics system that connect with CDMA(EVDO) wireless network and the wireless module with voice and data communication. It can be operated at land, rivers, and other similar areas. On EVDO operating mode, It can be communicated with uplink 1.8Mbps, downlink up to 3.1Mbps data transfer speed such as a movie or a video call. It may be able to receive large amounts of data. Standard RS-232 port and USB port communicating with the host system via AT-

command or control commands can be used to send data. Voice calls are possible 1.1. Product description The LTD-VH1000 module described in this manual is supported CDMA 1x

(EVDO rev.A) connectivity to HYUNDAI TCU(Telecommunication control unit) This module is manufactured by LG INNOTEK and installed by HYUNDAI 1.2. Block diagram Figure 1 Block Diagram 2. Major Features Dimension Interface Antenna Temperature *

Main Chipset Memory 38.4 (W) x 92 (L) x 7.6 (T) mm USB, UART, General Purpose I/O pins FAKRA Connector Operation : -20 ~ +70 Storage : -40 ~ +85 MDM 6600 512Mb(NAND) / 256Mb(SDRAM) 3GPP2 CDMA 1X, EVDO Rev.A Standard

- DL Speed : 3.1 Mbps Mechanical CDMA Band Power OS Etc. DC Power Functions

- UL Speed : 1.8 Mbps CDMA 850(DCN), 1900 (PCS) GPS(Not supported) Max. 24dBm (Power Class 3) Android 2.3 3.8V Voice, Data, SMS 2.1 Automotive Parts No Item Manufacturer Operating Temperature/ Note 1 MDM6600 Qualcomm

-20~ 85 2 PAM AVARGO

-30 ~ 85 3 Filter EPCOS

-20+85C Quadplexer AVARGO

-20+85C MEMORY(NAND) NUMONYX MEMORY(SDRAM_DDR) MICRON Capacitor / Inductor Murata Resistor YAGEO KDS LGIT 4 5 6 7 8 9 TCXO 10 PCB Automotive Part Automotive Part Automotive Part Automotive Part Automotive Part 6 Layer 3. Interface 3.1. Pin outs Customer P/N is connected with outer device using 40 pin connectors Figure 2 Modem Interface Connector Pin arrangement 3.2. Pin Descriptions Pin NO. Signal Name In/Out NC 1, 2, 3, 4, 13, 15, 17, 38 NC V_BATT 31, 32 POWER GND 21, 22, 33, 34, 40 GND POWER GND PCM DATA OUT PCM DATA IN PCM CLK PCM SYNC Serial Data Input 2 , HSDPA Serial Data Output 2, HSDPA Power supply for the USB transceiver O I O O I O I PCM_3.3V_TXD PCM_3.3V_RXD PCM_3.3V_CLK PCM_3.3V_SYNC TXD2 RXD2 USB_VBUS USB_D+

I/O USB differential data (+) USB_D-

I/O USB differential data (-) MIC+

MIC-

SPK+

SPK-

SSl0 SSl1 BOOT_OK MSG AUIDIO_ON-

48H_END RESET_IN-

ACC(POWER_ON) I I O O I I O O O O I I Differential Microphone input (+) Differential Microphone input (-) Analog Audio Differential Output (+) Analog Audio Differential Output (-) Air-bag Signal input(Not use) CAN Wake Up Signal input (Not use) Modem Booting Completion / Modem Wake Up Received emergency message from Center Signified in voice communication(not use) Signified in 48 hours standby mode ending Modem Hardware reset input Modem Power ON/ Modem POWER Sleep PCM UART2

(DM Port) USB

(USB2.0) AUDIO

(MIC/SPK) User Interface 16 18 19 20 37 39 29 35 36 23 24 25 26 9 10 11 12 14 27 28 30 GPIO 5, 6, 7, 8, 9, 10, 14 GPIO I/O Possible to connect to GPIO/

Table 1 Pin Descriptions 3.3. UART ( RS-232 Interface ) This module is provided with interface supporting Standard RS-232 protocol. DCE(modem) is exchanged with data or control AT-Command through DTE(host). Signal Name TXD2 RXD2 Function

(Modem) I O Pin Function Summary Serial Data Input 2 Serial Data output 2 Pin NO. 37 39 3.4. USB It is supported with universal serial bus for high data communication. It is satisfied with USB2.0 specification and supported with Max.480Mbps Pin NO. 29 35 36 Signal Name USB_VBUS USB_D+

USB_D-

3.5. AUDIO Function

(Modem) I I/O I/O Pin Function Summary Power supply for the USB transceiver USB differential data (+) USB differential data (-) Modem is provided with condenser mic input, speaker output for voice call Speaker output can connect with 32 speaker Function

(Modem) Signal Name Pin NO. MIC+

MIC-

SPK+

SPK-

I I O O 23 24 25 26 Pin Function Summary Differential Microphone input (+) Differential Microphone input (-) Analog Audio Differential Output(+) Analog Audio Differential Output (-) 3.6. User Interface Signals Pin NO. Signal Name Function

(Modem) Pin Function Summary 9 GPIO 10 GPIO 11 BOOT_OK 12 MSG 14 GPIO 27 48H_END 28 RESET_IN-

30 ACC(POWER_ON) 3.7. PCM Signals O O O I I NC NC Modem booting end / Modem Wake Up Received emergency message from center NC Signified in 48 hours standby mode ending Modem Hardware reset input Modem Power ON/Modem POWER Sleep Pin NO. Signal Name Function

(Modem) Pin Function Summary 16 18 19 20 PCM_3.3V_TXD PCM_3.3V_RXD PCM_3.3V_CLK PCM_3.3V_SYNC O I O O PCM DATA OUT PCM DATA IN PCM CLOCK PCM SYNC 4. Electrical Specifications 4.1. Power Supply Specification Modem power(V_BATT) should be provided DC3.8V 0.1V, 1.5A. Modem power is provided according to inner function and per block using DC regulated circuit. It is controlled with each power depending on the mechanism to reduce power consumption to a minimum. PA is used directly V_BATT because of a lot of power input power source. Thus, It can be resulted in breakage of PA in excess of the rated input power. In addition, surge and ESD should be designed to block the influx in order to prevent damage to the modem. Signal Name Function

(Modem) V_BATT I MIN 3.7V TYP 3.8V MAX 3.9V Pin NO. 31,32 4.2. Logic Level Specifications 4.2.1. Digital logic level specificatioons Basic interface level : CMOS 1.8V, 2.85V 5. RF Specifications 5.1. Receiver

Bandwidth: 1.25MHz

Frequency: 869MHz 894MHz(BC0), 1930MHz 1990MHz(BC1)

RF to Baseband Direct conversion(Zero IF)

Modulation method : QPSK,8PSK and 16QAM

Sensitivity: -104dBm under (BER = 0.5%under) 5.2. Transceiver

Frequency : 824MHz 849MHz(BC0), 1850MHz 1910MHz(BC1)

Maximum RF Output: Power class3(BC0) Power class2(BC1), 23.01dBm ~ 30dBm max.

Modulation method: BPSK, QPSK AND 8PSK

Baseband to RF Direct conversion(Zero IF) 6. Mechanical Specification 6.1. Mechanical Dimensions Dimensions 92.0 x 38.4 x7.6 mm Weight 30.7 grams max. Modem Interface connector KM17E-40DS (manufacturer : HIROSE) Antenna Connector 59S21B-40MT5-D (manufacturer : Rosenberger) Figure 3 Mechanical Dimension 6.2. Environmental Specifications 1) Storage Temp : -40 ~ +85 2) Operating Temp : -20 ~ +70

(-20 ~ +70 : 3GPP specifications satisfaction

-30~-20, +70~+80 : can be performance degradation 3) Operating humidity : 90% (50) relative humidity 4) Operating vibration : 5 Hz ~ 500 Hz Signe wave 1.5G 7. General Specification 7.1. CDMA Electrical Specification CH(850MHz/1900MHz) Spec. CHANNEL 1017/25 358/563 774/1175 Maximum Output Power 23.01~30dBm Conducted Spurious Emissions 885 kHz to 1.98 MHz

-42 dBc/30 kHz 1.98 MHz to 4.00 MHz

-54 dBc/30 kHz (BC0) -50 dBc/30 kHz (BC1) 4.4.5 4.5.1 4.4.6 4.3.4 4.4.2 4.4.1 4.3.2 4.3.3 4.3.4 4.4.9 Code Channel to Reverse Pilot Channel Output Power Accuracy 4.4.4 Data Rate: 9600 bps Range of Closed Loop Power Control Minimum Controlled Output Power Waveform Quality Rho Freq_E Time_E up @ Full rate down @ Full Rate up @ Half rate down @ Half Rate up @ Quarter rate down @ Quarter Rate up @ Eighth rate down @ Eighth Rate Time Response of Open Loop Control Range of Open Loop Power

-50dBm 0.94 ~1.00

+/-300.00Hz(BC0) +/-150.00Hz(BC1)

-1.00~1.00 us 3.5~4 dB 24

-24 24

-24 24

-24 24

-24 PASS Open Loop Power Upper

-57.50~-38.50(BC0) -60.50~-41.50(BC1) Open Loop Power Mid

-17.50~1.50(BC0) -20.50~-1.50(BC1) Open Loop Power Sense 10.50~29.50(BC0) 10.50~29.50(BC1) Reverse Pilot Channel to Code Channel Time Tolerance

10 ns. Reverse Pilot Channel to Code Channel Phase Tolerance 0.05~0.15 deg HWQ Rho Freq_E Time_E 0.94~1.00

+/-300.00Hz(BC0) +/-150.00Hz(BC1)

-1.00~1.00 us 3.5.1 Reference Sensitivity Level(-104/-25) 0.5%

8.Parts Map Top Bottom 9. Connector 9.1. Antenna Connector : 59S21B-40MT5_D(manufacturer : Rosenberger) 9.2. 40Pin Connector : KM17E-40DS (manufacturer : HIROSE) Figure 4. 40 Pin connector 10. Antenna Specification 10.1 Antenna spec. 10.1.1Frequency Band Frequency Band CDMA 850 TX RX 824 ~ 849 869 ~ 894 CDMA 1900 1850 ~ 1910 1930 ~ 1990 10.1.2 Normal value 50 Normal 10.1.3 Measuring method The impedance over the frequency bands shall be as close as possible to 50 after matching. Both free space and talk position are considered. 10.2 VSWR The impedance matching should be optimized in the more critical talk position. 10.2.1 Maximum values in free space Band CDMA 850 CDMA 1900 VSWR 10.2.2 Measuring Method TX 2.8 RX 2 TX 1.2 RX 1.8 Figure 5. Chamber a. Azimuth Pattern ; Co pol b. Azimuth Pattern ; Cross pol Figure 6. Gain Patterns 11. RFx information The RF field strength of the wireless module or modules that may be embedded in your TCU is well all international RF exposure limits as known at this time. Because the wireless modules(which may be embedded into your TCU) emit less energy than is allowed in radio frequency safety standards and recommendations, manufacturer believes these modules are safe for use. Regardless of the power levels, care should be taken to minimize human contact during normal operation. This module should be used more than 20cm(8 inches) from the body when wireless devices are on and transmitting. This transmitter must not be collocated or operate in conjunction with any other antenna or transmitter. Operation is subject to the following two conditions: (1) this module may not cause interference , (2) this module must accept any interference that may cause undesired operation. 11.1 Information for integrator The integrator has to be aware not to provide information to the end user regarding how to install or remove this RF module in the user manual of the end product. The user manual which is provided by integrators for end users must include the following information in a prominent location. To comply with FCC RF exposure compliance requirements, the antenna(W8E-MWC-20 Tri-band Dipole Antenna) used for this transmitter must be installed to provide a separation distance of at least 20cm from all persons and must not be co-

located or operating in conjunction with any other antenna or transmitter. Label for end product must include Contains FCC ID : YZP-D660V or A RF transmitter inside, FCC ID : YZP-D660V