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LG Innotek LTD-BK1000 User Manual Download Page 22

Copyright ⓒ. 2017. All Rights Reserved. 

7. General specifications 

7.3 LTE B2 electrical specifications 

 

 

시험

 

항목

 

Spec.

 

Test Temperature

 

Frequency

 

TX Channel

 

18650

 

18900

 

19150

 

1

 

Maximum Output Power(class 3) 

 

20.3~25.7dBm

 

Normal, Temp L, Temp H

 

Low, Mid, High

 

PASS

 

PASS

 

PASS

 

2

 

Minimum Output Power

 

-39dBm ↓

 

Normal, Temp L, Temp H

 

Low, Mid, High

 

PASS

 

PASS

 

PASS

 

3

 

Frequency Error

 

±

0.1ppm

 

Normal, Temp L, Temp H

 

Low, Mid, High

 

PASS

 

PASS

 

PASS

 

4

 

Error Vector Magnitude(EVM)

 

12.5%↓(16QAM, 

50RB)

 

Normal

 

Low, Mid, High

 

PASS

 

PASS

 

PASS

 

5

 

Relative Carrier 

Leakage Power

 

Carrier Leakage

 

(3.2dBm 

±

 3.2dB)

 

-24.2 dBc

 

Normal, Temp L, Temp H

 

Low, Mid, High

 

PASS

 

PASS

 

PASS

 

6

 

In-band emission

 

In-band emission

 

(3.2dBm 

±

 3.2dB)

 

-24.2 dBc

 

Normal, Temp L, Temp H

 

Low, Mid, High

 

PASS

 

PASS

 

PASS

 

7

 

EVM equalizer 

spectrum flatness

 

EVM equalizer spectrum 

flatness Range1

 

5.4 dB ↓

 

Normal, Temp L, Temp H

 

Low, Mid, High

 

PASS

 

PASS

 

PASS

 

8

 

Spectrum emission 

mask

 

Spectrum Emission Mask 

upper/lower Area 1

 

-16.5 dBm ↓

 

Normal

 

Low, Mid, High

 

PASS

 

PASS

 

PASS

 

Spectrum Emission Mask 

upper/lower Area 2

 

-8.5 dBm ↓

 

PASS

 

PASS

 

PASS

 

Spectrum Emission Mask 

upper/lower Area 3

 

-11.5 dBm ↓

 

PASS

 

PASS

 

PASS

 

Spectrum Emission Mask 

upper/lower Area 4

 

-23.5 dBm ↓

 

PASS

 

PASS

 

PASS

 

9

 

Adjacent Channel 

Leakage Power Ratio

 

ACLR E-UTRA 

±

 

-29.2dB ↓

 

Normal, Temp L, Temp H

 

Low, Mid, High

 

PASS

 

PASS

 

PASS

 

ACLR UTRA Offset 1 

±

 

-32.2dB ↓

 

PASS

 

PASS

 

PASS

 

ACLR UTRA Offset 2 

±

 

-35.2dB ↓

 

PASS

 

PASS

 

PASS

 

10

 

Reference Sensitivity 

Level @ 10MHz

 

 

Ref Sense throughput 

shall be ≥ 95%

 

-94.3 dBm

 

Normal, Temp L, Temp H

 

Low, Mid, High

 

PASS

 

PASS

 

PASS

 

Table 10. LTE B2 RF specification 

Summary of Contents for LTD-BK1000

Page 1: ...00 1 Overview 2 Major features 3 Interface 4 Electrical specifications 5 RF specifications 6 Mechanical specifications 7 General specifications 8 Connectors 9 RFx information 10 Approbation FCC Table of Contents Product LTE_WCDMA Wireless Modem Model name LTD BK1000 ...

Page 2: ...etworks and wireless modules to allow voice and data communication Furthermore this device can operate on land and water as well as other similar areas In LTE mode the device provides uplink speeds of up to 50 Mbps and downlink speeds of up to 150 Mbps for seamless transfer of data such as movies and video calls The device also supports the transfer of large amounts of data The device communicates...

Page 3: ...I O pins Temperature Operation 20 70 Storage 40 85 Technology Main chipset MDM9628 Memory 4Gb NAND 1Gb SDRAM Standard WCDMA HSPA DL Speed 14 4 Mbps UL Speed 5 76 Mbps LTE DL Speed 150 Mbps UL Speed 50 Mbps Band WCDMA B2 B5 LTE B2 B4 B5 B17 Power WCDMA Typ 24dBm Power Class 3 LTE Typ 23dBm Power Class 3 ETC DC power 4 V Functions Voice data SMS 2 Major features ...

Page 4: ...GND SGMII_RX_M SGMII_TX_P EPHY_RST_N SGMII_CLK EPHY_INT_N 10 B10 D10 F10 H10 N10 P10 R10 X10 Z10 AB10 AD10 GND GND GND GND GND GND GND SGMII_RX_P SGMII_TX_M SGMII_DATA GND 9 A9 C9 E9 G9 I9 M9 O9 Q9 S9 W9 Y9 AA9 AC9 AE9 VPH_PWR VREG_L11_1P8 GND NC NC GND GND GND GND GND GND GND GND MDM_JTAG_SRST_N 8 B8 D8 F8 H8 N8 P8 R8 X8 Z8 AB8 AD8 VPH_PWR VREG_L11_1P8 GND GND GND GND GND MDM2AP_INT_N AP2MDM_INT_...

Page 5: ...2 Input ADC Convertor input for diversity antenna detect PCM Interface Pads W3 PCM_EN Output PCM 3 3 Level Shifter Enable X2 PCM_CLK Input PCM Clock W1 PCM_SYNC Input PCM Frame Sync Y3 PCM_DIN Input PCM Data In Y1 PCM_DOUT Output PCM Data Out JTAG Pin Description AC7 MDM_JTAG_TMS Input Output JTAG mode select input AD8 MDM_JTAG_PS_HOLD input JTAG PS HOLD detect AD6 MDM_JTAG_TDI Input JTAG data inp...

Page 6: ...RT2_TX Output UART2 Transmit data N4 UART2_RX Input UART2 Receive data K5 UART1_TX Output Debug UART5 Transmit Data L4 UART1_RX Input Debug UART5 Receive Data O5 UART3_TX Output UART6 Transmit data P4 UART3_RX Input UART6 Receive data USIM Interface Pads I3 UIM1_PRESENT Input Detection of an external UIM card H2 UIM1_CLK Output Clock Output to an external UIM card E1 UIM1_RESET Output Reset Output...

Page 7: ...AM Input power supply 4 0V A9 VPH_PWR for PMIC Input power supply 4 0V B8 VPH_PWR for PMIC Input power supply 4 0V A7 VPH_PWR for PMIC Input power supply 4 0V C7 VPH_PWR for PMIC Input power supply 4 0V Voltage Reference Pad C9 VREG_L11_1P8 Output LDO out for 1 8V pull up D8 VREG_L11_1P8 Output LDO out for 1 8V pull up AE3 Voltage Reference for SGMII VREG_L5_UIM2 Ethernet IO전압 level Output Etherne...

Page 8: ...d Q19 GND Ground S19 GND Ground U19 GND Ground W19 GND Ground Y19 GND Ground AC19 GND Ground AE19 GND Ground B18 GND Ground D18 GND Ground F18 GND Ground H18 GND Ground J18 GND Ground L18 GND Ground N18 GND Ground P18 GND Ground R18 GND Ground T18 GND Ground V18 GND Ground X18 GND Ground Z18 GND Ground AB18 GND Ground AD18 GND Ground C17 GND Ground E17 GND Ground G17 GND Ground I17 GND Ground K17 ...

Page 9: ...AD16 GND Ground C15 GND Ground E15 GND Ground G15 GND Ground I15 GND Ground W15 GND Ground Y15 GND Ground AA15 GND Ground AC15 GND Ground AE15 GND Ground D14 GND Ground F14 GND Ground H14 GND Ground X14 GND Ground Z14 GND Ground AB14 GND Ground AD14 GND Ground A13 GND Ground C13 GND Ground E13 GND Ground G13 GND Ground I13 GND Ground W13 GND Ground Y13 GND Ground AA13 GND Ground AC13 GND Ground AE...

Page 10: ... GND Ground E7 GND Ground W7 GND Ground AA7 GND Ground B6 GND Ground D6 GND Ground J6 GND Ground P6 GND Ground V6 GND Ground A5 GND Ground W5 GND Ground AA5 GND Ground AC5 GND Ground AE5 GND Ground F4 GND Ground J4 GND Ground R4 GND Ground T4 GND Ground V4 GND Ground AB4 GND Ground K3 GND Ground M3 GND Ground O3 GND Ground U3 GND Ground AC3 GND Ground J2 GND Ground P2 GND Ground V2 GND Ground Z2 G...

Page 11: ...d GND11 GND Ground GND1 2 GND Ground N14 GND Ground P14 GND Ground R14 GND Ground M13 GND Ground O13 GND Ground Q13 GND Ground S13 GND Ground N12 GND Ground P12 GND Ground R12 GND Ground M11 GND Ground O11 GND Ground Q11 GND Ground S11 GND Ground N10 GND Ground P10 GND Ground R10 GND Ground M9 GND Ground O9 GND Ground Q9 GND Ground S9 GND Ground N8 GND Ground P8 GND Ground R8 GND Ground G5 GND Gro...

Page 12: ... data communication The relevant hardware satisfies the USB 2 0 specifications and supports maximum communications speeds of 480 Mbps Table 2 USB Pin descriptions Pin NO Signal Name Pin I O Modem host Function Description M1 USB_D IO USB Differential data line N2 USB_D IO USB Differential data line K1 USB_VBUS I USB Power Supply ...

Page 13: ... RESET_IN I Control line to unconditionally restart the module H4 MSG O Indicates that the Modem receive Urgent message G3 96H_END O Indicates that the 96hr sleep mode is end H6 ACC_ON_SLEEP I Control line to power on or 96hr sleep mode A3 Phone_ON I Control line to power on off Table 4 User interface Pin descriptions Pin NO Signal Name Pin I O Modem host Function Description W1 PCM_SYNC I PCM Int...

Page 14: ...ch power block to minimize power consumption In particular the PAM power amplifier module consumes a lot of power so it receives a direct power supply of 4 V from the V_BATT Therefore the V_BATT signal inputs only the supply power of the PAM even when the absolute rating is higher In addition the entire power input module blocks and protects against high surges and ESD in the NAD module Pin No Sig...

Page 15: ... specifications 4 2 1 Digital logic level specifications Table 6 Digital logic level specifications Signal Name Type Low High Unit Min Max Min Max BOOT_OK O 0 0 45 1 35 1 8 V RESET_IN I 0 3 0 63 1 17 1 8 MSG O 0 0 45 1 35 1 8 96H_END O 0 0 45 1 35 1 8 ACC_ON_SLEEP I 0 0 63 1 17 1 8 ...

Page 16: ...Hz 1910MHz B2 Maximum RF Output Power class3 20 3dBm 25 7dBm Modulation method QPSK Baseband to RF Direct conversion Zero IF 5 2 LTE 5 2 1 Receiver Bandwidth B2 B4 5 MHz 10 MHz 15 MHz 20 MHz B5 B17 5 MHz 10 MHz Frequency B2 1930 MHz 1990 MHz B4 2110 MHz 2155 MHz B5 869 MHz 894 MHz B17 734 MHz 746 MHz RF to Baseband Direct conversion Zero IF Modulation method QPSK 16QAM and 64QAM Sensitivity B2 94 ...

Page 17: ...specifications 5 2 2 Transmitter Frequency B2 1850 MHz 1910 MHz B4 1710 MHz 1755 MHz B5 824 MHz 849 MHz B17 704 MHz 716MHz Maximum RF Output Power class3 20 3dBm 25 7dBm Modulation method QPSK and 16QAM Baseband to RF Direct conversion Zero IF ...

Page 18: ...erved 6 Mechanical specifications 6 1 Environment specifications Storage temp 40 85 Operating temp 20 70 20 70 3GPP specifications are satisfied 30 20 70 80 May cause performance degradation Operating humidity 80 60 relative humidity ...

Page 19: ...ns Dimensions 34 x 40 0 x 3 5 mm L x W x T Tolerance width length TBD Weight TBD grams max Modem interface connector 12709HS H40 Manufacture vendor YUNHO Modem antenna Connector Plug KR15005 DD KR15005 DG Manufacture vendor KET Table 7 Mechanical specification Figure 2 Mechanical dimension ...

Page 20: ...S PASS PASS SEM Band1 Offset7 5 8 5MHz at Freq 8 5MHz 47 5dBc PASS PASS PASS SEM Band1 Offset8 5 12 5MHz 47 5dBc PASS PASS PASS 7 Adjacent Chan nel Leakage Po wer Ratio ACL R ACLR Offset 5 5M Hz Rel 32 2dBc Normal Temp L Te mp H Low Mid High PASS PASS PASS ACLR Offset 10 10 MHz Rel 42 2dBc Normal Temp L Te mp H Low Mid High PASS PASS PASS 8 Error Vector M agnitude EVM EVM at Tx output po wer 24dBm...

Page 21: ...S PASS PASS SEM Band1 Offset7 5 8 5MHz at Freq 8 5MHz 47 5dBc PASS PASS PASS SEM Band1 Offset8 5 12 5MHz 47 5dBc PASS PASS PASS 7 Adjacent Chan nel Leakage Po wer Ratio ACL R ACLR Offset 5 5M Hz Rel 32 2dBc Normal Temp L Te mp H Low Mid High PASS PASS PASS ACLR Offset 10 10 MHz Rel 42 2dBc Normal Temp L Te mp H Low Mid High PASS PASS PASS 8 Error Vector M agnitude EVM EVM at Tx output po wer 24dBm...

Page 22: ...Bm 3 2dB 24 2 dBc Normal Temp L Temp H Low Mid High PASS PASS PASS 7 EVM equalizer spectrum flatness EVM equalizer spectrum flatness Range1 5 4 dB Normal Temp L Temp H Low Mid High PASS PASS PASS 8 Spectrum emission mask Spectrum Emission Mask upper lower Area 1 16 5 dBm Normal Low Mid High PASS PASS PASS Spectrum Emission Mask upper lower Area 2 8 5 dBm PASS PASS PASS Spectrum Emission Mask upper...

Page 23: ...Bm 3 2dB 24 2 dBc Normal Temp L Temp H Low Mid High PASS PASS PASS 7 EVM equalizer spectrum flatness EVM equalizer spectrum flatness Range1 5 4 dB Normal Temp L Temp H Low Mid High PASS PASS PASS 8 Spectrum emission mask Spectrum Emission Mask upper lower Area 1 16 5 dBm Normal Low Mid High PASS PASS PASS Spectrum Emission Mask upper lower Area 2 8 5 dBm PASS PASS PASS Spectrum Emission Mask upper...

Page 24: ...Bm 3 2dB 24 2 dBc Normal Temp L Temp H Low Mid High PASS PASS PASS 7 EVM equalizer spectrum flatness EVM equalizer spectrum flatness Range1 5 4 dB Normal Temp L Temp H Low Mid High PASS PASS PASS 8 Spectrum emission mask Spectrum Emission Mask upper lower Area 1 16 5 dBm Normal Low Mid High PASS PASS PASS Spectrum Emission Mask upper lower Area 2 8 5 dBm PASS PASS PASS Spectrum Emission Mask upper...

Page 25: ...and emission In band emission 3 2dBm 3 2dB 24 2 dBc Normal Temp L Temp H Low Mid High PASS PASS PASS 7 EVM equalizer spectrum flatness EVM equalizer spectrum flatness Range1 5 4 dB Normal Temp L Temp H Low Mid High PASS PASS PASS 8 Spectrum emission mask Spectrum Emission Mask upper lower Area 1 16 5 dBm Normal Low Mid High PASS PASS PASS Spectrum Emission Mask upper lower Area 2 8 5 dBm PASS PASS...

Page 26: ...d in conjunction with any other antenna or transmitter Operation is subject to the following two conditions 1 this module does not cause interference 2 this module accepts any interference that may cause undesired operation 8 1 Information for the integrator The integrator must not provide information to the end user regarding how to install or remove this RF module in the user manual of the end p...

Page 27: ...ximum RF output power and human exposure to RF radiation the maximum antenna gain including cable loss in a mobile only exposure condition must not exceed the values listed in the following table To satisfy the FCC s exterior labeling requirements the following text must appear on the exterior of the end product Contains transmitter module FCC ID YZP BK1000 Contains transmitter module IC ID 7414C ...

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