IEM 1x/EVDO Development Kit User Guide 80-XXXXX-1 Rev.
Table of Contents # Section Page 1 Introduction 3 2 Getting Started 4 3 Cable Connections 6 4 Power Supply Connection 8 5 Module Powering Up / Down 10 6 Telephone & Data Call Testing 11 7 Standards 12 8 Regulatory Compliance 13 Front Back 2
Introduction • The IEM development kit enables telephone & Data functionality with the entire family of IEM modules.
Getting Started Thermal Grease • Apply Thermal Grease to pad 4
Insert Module WMD Module • Insert the IEM module into the Test Nest fixture using the 90 pin connector with the JTAG connector still attached.
Cable Connections • Connect the internal RF cable RUIM / SIM Slot RF Cable 1.
Cable Connections • Connect the external antenna • Connect the handset RF Antenna & GPS/Modem (1X) GPS (UMTS) Bluetooth 3M Pixel Camera (UMTS & EVDO) Handset Plug In 7
Power Supply Connections • Connect the power supply cable & or plug in battery connector • Set power supply voltage to 3.
Power Supply Connections - Alt • Alternate power connection to replace battery • Set power supply voltage to 3.
Module Power Up • Now power up the module by pressing the pwr button on the keypad • LCD and backlight turn on PWR button 10
Telephone & Data Call Testing • Now the Module is ready for basic telephone & Data call functionality • Use keypad or USB/RF interfaces to initiate and end voice or data calls 11
Standards The IEM module conforms to the following standards requirements: • CDMA – TIA/EIA IS-98E (CDMA2000 1x) – IS-856 Release A (1xEV-DO) • FCC – 47 CFR Part 1 – RF radiation exposure limits – 47 CFR Part 2 – Equipment authorization – 47 CFR Part 15 – Intentional and unintentional radiators – 47 CFR Part 22 – Cellular – 47 CFR Part 24 - PCS • Open Device Initiative Certification w/ VZW 12
Regulatory Compliance Safety Warnings Do not operate the IEM module in the following environments: • In active blasting areas. • In potentially explosive environments such as refueling points, fuel depots or chemical plants. • Near medical equipment, especially life support equipment that might be susceptible to radio interference. • In an aircraft. – The IEM module transmissions could interfere with aircraft electrical and communication systems.
Regulatory Compliance The IEM module has been approved for mobile applications in the United States. • Maintain at least 20 cm separation between the antennas and the user’s body. • Maximum antenna gain (including cable loss): – – Cellular band < 3 dBi PCS band < 3 dBi • A label with the following (or similar) statement must be attached to the host end product: This device contains Tx FCC ID:J9CIEMEVDO.
Regulatory Compliance which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: • • • • • Reorient or relocate the receiving antenna. Increase the separation between the equipment and receiver. Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. Consult the dealer or an experienced radio/TV technician to help.
Internet of Everything Module (IEM) Installation and Collocation Guidelines The following provides module installation guidelines for devices to be authorized for use with the IEM6085 through a FCC Class I Permissive Change process in accordance with FCC procedures, for the following installation host configurations.
For equipment in which the RF exposure classification is unclear (see CFR 47 §2.1091(d)(4)), consult with the module OEM and/or the FCC for guidance. 4) Allow end-user installation provided module/device Two-Way Authentication has been addressed so that modules can only be activated in approved hosts. The IEM6085 is not intended for installation into notebook computers as described in KDB Publication 616217** and associated supplemental procedures.
Module Installation Guidelines This section defines host installation limitations for mobile hosts. Supporting RF exposure information is located in Section 3. Host Installation Guidelines Label Requirements The FCC and Industry Canada IDs must be permanently affixed on the exterior of the host device or readily accessible under a panel or battery pack of the host device that cannot be separated from the host device itself.
Table 1 Antenna-to-antenna separation requirements – According to KDB 447498, collocated antennas are permitted without test as long as the antenna-to-antenna separation distance is at least 20 cm. Smaller separation distances are permitted without test as long as specific conditions are met in which combined MPE values are under the FCC’s limits.
Portable Hosts (WWAN to user separation distance <20cm) The IEM6085 can only be installed in portable hosts under a Class II Permissive Change, in accordance with KDB Publication 447498, or under a new FCC certification. End User Installation End user installation into a product with pre-installed antennas is prohibited per KDB Publication 996369 D01†† unless a two-way authentication scheme is enabled to ensure that only approved module/host combinations can be used together.
• • • The power density calculations for standalone transmitters at an exposure separation distance of 20 cm are shown Table 2 with the declared transmit power and antenna gain values. The calculations are based on a cable loss of 0 dB. The collocated transmitter values represent worst-case transmit power and antenna gains allowable for use with the IEM6085. For frequency dependent limits, the lowest transmitter frequency was used to represent the lowest MPE limit (e.g. 824MHz = 0.549 mW/cm2).
Table 3 WWAN 850 MHz Collocation Power Density Table 4 WWAN 1900 MHz Collocation Power Density 22
