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1.1. Feature
M13
Caution
To comply with FCC RF exposure compliance requirements, a separation distance of at least 20 cm (8
inches) between the equipment and the body must be maintained.
<UE> <User>
At least 20 cm (8 inches)
About This Document
Revision History
Version Date Comment Author
0.1 2009-04-07 Initial Draft Sang Ha Park
References
1.1. Feature
1 General Description
1.1. Feature
1.1 Feature
1.1 Feature
This document describes briefly the board level operations, key features and the
environment of the M13 Platform. The purpose of this platform is the verification of
LG LTE ASIC, namely ‘L1000’, and the evaluation of LG UE system performance. The
further details about the characteristics and functions of L1000 are available on other
documents. M13 consists of a CDMA main board, a LTE sub board.
<Table 1. M13 Device Feature>
Specification LTE only
SW Date 31-May-30
HW
General
Interface Spec.
External port Micro USB 1 Port
Standard(SW ver.)
Band support
Main chipset
Max. Data rate
LTE USB 2.0 High Speed
CDMA USB 2.0 Full Speed
LTE 3GPP Rel. 8 (Dec. 2008)
CDMA N/A
LTE 3GPP Band 13
(700 MHz Upper C block)
CDMA N/A
LTE L1000 (by LGE)
CDMA MSM6800A (by QCT)
LTE DL 50Mbps / UL 25Mbps
(Category2)
Remark
Transmitter
CDMA N/A
GPS Not Support
Battery Support
Tx Diversity LTE Not support
UE Antenna
Selection will not
be supported
Max. Tx Power LTE 23 dBm
Band Width LTE 10MHz
At antenna port
1.1. Feature
SW
Receiver
Interface
Modulation Method LTE Up to 16QAM
Rx Diversity LTE Support
MIMO LTE 2x2 MIMO
Band width LTE 10MHz
Modulation Method LTE Up to 64QAM
Interface protocol
USB Driver
Downloading Tool Support
LTE USB Ethernet
CDMA N/A
LTE 3 Ports (Data, DM, Control)
CDMA 3 Ports (Data, DM, Control)
Adaptive
switching
between downlink
Transmit Diversity
and SU MIMO
Downloading tool
for field upgrade
through USB port
System
selection
Authentication
&
Identity
IP support
DM (Diagnostic Monitor) Support
Prefered system selection Support 'LTE only' mode
Support System LTE only
PRL/PLMN List
User Identity Module
(IMSI)
Authentication
Numbering & Identities NAI based upon the IMSI
IPv4/6 dual IP stack LTE Support for IPv4/6 (need to test
LTE Support PLMN
CDMA N/A
LTE Device
CDMA N/A
LTE Not Support
CDMA N/A
11digit MDN
with Network)
LGE tool for LTE
LTE only'
'LTE preferred'
'eHRPD only'
CDMA N/A
DHCP LTE N/A
1.1 Feature
Mechani
cal
IP Mobility
QoS QoS
IRAT handoff
Mechanical
Active handoff N/A
Idle handoff N/A
IRAT measurement N/A
Dimensions (W xD xH) 185 x 133.9 x 22.8 mm
Weight 420g
Antenna Internal Antenna (MIMO)
CDMA N/A
LTE Proxy mobile IPv4/6
eHRPD N/A
LTE Support
CDMA N/A
Non optimized
handover
Non optimized
handover
2 Mechanical description
2.1 Front / Rear / Side V i ew
2.1 Front / Rear / Side View
<Fig 4-1. M13 Mechanical Part Top View>
<Fig 4-2. M13 Mechanical Part Bottom View>
<Fig 4-3. M13 Mechanical Part Side 1 View>
2.1. Front / Rear / Side View
<Fig 4-4. M13 Mechanical Part Side 2 View>
2.2 Dimension
2.2 Dimension
M13 Mechanical dimension is 133.9 x 185 x 22.8mm.
2.2. Dimension
3 Functional description
3.1 Functional Key description
3.1 Functional Key description
LTE trial device picture is below .
<Fig 5.1 LTE & eHRPD LTE Trial Product Picture>
This product has some key to operate LTE trial device.
Send key
Clear key
End key
: This key is used to call.
: This key is used to erase character or number.
: This key is used to disconnect a call and stop to function.
3.2 External connector description
Our LTE Trail device has several external connectors.
DC input jack connector: External Power source, 5V TA
USB connector: USB Connect to Host (PC)
SIM socket: for LTE Authentification
24Pin connector: For debug LTE Sub board
DC input Jack USB cap
SIM socket cap
3.2. External connector description
HW Reset key
24Pin connector for LTE Sub board debugging
Earphone jack connector
3.3 External RF connector description
3.3External RF connector description
LTE MIMO ANT mobile SW
LTE Main ANT mobile SW
GPS ANT mobile SW
CDMA ANT Mobile SW
LTE Trial device has 4 external RF connectors in order to measure wired RF
performance characteristic.
It is configured that LTE ant part is two external ANT port; LTE main ANT mobile
switch and LTE MIMO ANT mobile switch, and CDMA ANT mobile.
If you want to test LTE RF performance, you can use this external ANT port.
3.4. Antenna description (LTE & CDMA)
3.4Antenna description (LTE & CDMA)
3.4.1 CDMA Antenna description
M13 Device LTE Antenna: Dual band, Single Feeding Antenna
Type: Carrier & PIFA
Directive: Omni-directiona
Ant. : 1TX and 1RX
CDMA 3D Gain: TX:--5.9dB, RX: -3.7dB
USPCS 3D Gain: TX: -6.1dB, RX: -5.1dB
Max Power: 2W (Maximum)
Band Support
3.4.2 LTE Antenna description
M13 Device LTE Antenna: MIMO Antenna
Type: Carrier & PIFA
Directive: Omni-directional
LTE Band 13 Support: UL; 777~787(MHz), DL;746~768(MHz)
Antenna Band: 740 ~ 800 (MHz)
Max power: 2W(Maximum)
Primary Ant. : 1TX and 1RX
Secondary Ant.: 1RX
3D Primary Antenna Gain: -1.32dB(Average)
3D Secondary Antenna Gain: -1.34(Average)
3.5 External Power description
3.5 External Power description
To operate and charge the battery, plug the AC Adapter into a standard wall outlet
and connect it to the LTE trial device via the DC input jack Connector.
External power supply is DC input jack or TA. This power supply specification is
below.
Input Voltage & Current
Output Voltage & Current
3.6 Battery description
M13
3.6 Battery description
Our LTE Trial device has a two Battery. One is used for operating CDMA modem part,
and another is used for operating LTE modem part.
Battery Capacity for used in CDMA part is 1100mAh.
But in order to operating fully LTE performance, it is need to larger battery capacity.
And then we selected 2400mAh cylindrical battery.
Total Battery capacity is 3600mAh
If the battery’s charge is completely run down, it takes 6 to 7 hours to fully recharge.
But this battery capacity is not enough to operate LTE capability; you should external
power supply, which is TA (Travel Adaptor). The mandatory power supply of the LTE
UE is supplied by TA which is distributed by the LGE.
<USB Cable>
<Travel Adaptor>
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