Intel BT2 Users Manual

EXHIBIT C – User Manual
FCC ID O2Z-BT2

Eligibility Requirements for Regulatory Module Approval

Introduction

The Intel Personal Wireless Module(Ambler) with Bluetooth wireless technology is a radio device that transmits and receives radio signals in accordance with the spectrum regulations for the 2.4-GHz unlicensed frequency range. Regulatory approval is required for each country throughout the world where the end-user wishes to operate the Intel Personal Wireless Module(Ambler) and communicate to other Bluetooth devices. As part of Intel’s solution for Bluetooth wireless technology in mobile PCs, Intel will provide regulatory approvals for certain countries in the form of a Modular Approval (MA)grant, which can be utilized by PC manufacturers. A modular grant allows the OEM to insert an approved device/antenna interconnection/antenna into a laptop without the need for additional regulatory equipment certification. In the case of laptops, where many models may exist, this form of certification can represent a significant savings in terms of cost and time. The countries that can accept this form of approval include the US, Canada, and certain European counties. The conditions for approval for each of these countries is described below. Obtaining Modular Approval is not a requirement. If an Intel customer uses a unique antenna or antenna interconnect design, that customer may file for standard type approval in the country or countries of interest. This method will require the testing of the entire end product, and hence may be more time consuming expensive. The MA is only valid in countries that have accepted the MA process. For countries that have not accepted the MA process, PC manufacturers must submit the laptop for a conventional radio transmitter type-approval for each country of interest. PC manufacturers may disregard the requirements of this section if they accept the full responsibility for regulatory type-approval of the electronic device with an integrated Intel Personal Wireless Module(Ambler).

User Guide Information

PC manufacturers are required to place specific text in the user’s guide for a notebook PC alongside other regulatory information. The information may be segmented by geographic world region if desired, but the exact text shown below must be maintained. The user’s guide must contain the following items:

United States of America Requirements

The following text must be copied exactly into the products user’s guide:
Intel® Ambler Module With Bluetooth* Wireless Technology
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Design Guide, Rev. 4.1
“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.
Caution: Caution: Changes or modifications not expressly approved by the party responsible for compliance
could void the user’s authority to operate the equipment.”

General User Guide Requirements

The following text must be copied exactly into the product’s user’s guide: “This product contains a radio transmitter with Bluetooth wireless technology which has been tested and found to be compliant with the applicable regulations governing a radio transmitter in the 2.400 GHz to 2.4835 GHz frequency range. The countries where this product is authorized for sale and use by the supplier are as follows:
United States of America Canada
Belgium
Denmark
Germany
Italy Netherlands
Spain
Sweden
United Kingdom
US Germany UK France Canada Italy Netherlands Sweden Spain Belgium Denmark Finland
United States of America
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Canada
Belgium
Denmark Germany
Italy
Netherlands
Spain
Sweden United Kingdom
This list will be updated in future revisions bases on the grants that Intel will obtain.
Design Guide, Rev. 4.1
Note: Japan has no form of modular approval available at this time. Regulatory certification for Japan can
only be obtained through standard type approval procedures and you are responsible for obtaining that approval.

Topics Not Covered

Topics not covered in this manual include:
Details of requirements for standard equipment certification (type approval) filing (Neither US nor
other countries)
Japan regulatory approvals
Unintentional emissions requirements for FCC or other countries
United States Regulatory Approval FCC Modular Approval (MA)
The requirements for FCC modular approval were released in June 2000 in the FCC’s Public Notice FCC Public Notice DA 00-1407, Part 15 Unlicensed Modular Transmitter Approval.

General Conditions

To fully comply with modular approval requirements the following conditions must be met.
1. Non- modification of the module or additio ns to circuitr y
2. Adherence to the design criteria, including antennas and transmission line interconnect
3. Testing of the final configuration to insure emissions compliance
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Design Guide, Rev. 4.1

Design Criteria for Modular Approval

The Intel Personal Wireless Module(Ambler) with Bluetooth wireless technology may not be altered or
modified in any way upon receipt from Intel. Additionally, no external component can be added which changes the radio frequency (RF) characteristics of the transmitted signals. This includes all components both passive and active such as RF filters, RF amplifiers, RF switches, etc. RF components may not be placed between the output pin of the Intel Personal Wireless Module(Ambler) and the Intel enabled antennas except the RF transmission line that interconnects them.
Antennas
Only antennas bearing specific part numbers(refer to section 5) and qualified by Intel’s MA may be used with the Intel Personal Wireless Module(Ambler) with Bluetooth wireless technology. These antennas are designed to be compatible with the RF transmission line impedance and frequency range of the Intel Personal Wireless Module(Ambler) with Bluetooth wireless technology. These antennas may not be modified in any way from the design baseline as indicated by the antenna data sheets from the manufacturer. The antennas selected by Intel have been specifically tested with the Intel Personal Wireless Module(Ambler) with Bluetooth wireless technology, and they are certified through the regulatory agencies in the US, Canada, and European Union for authorized use. Use of antennas in a platform other than the antennas selected by Intel voids the MA grant for that platform.
Antenna Interconnect
There are specific requirements that must be met when designing a transmission line interconnection between the Intel Personal Wireless Module(Ambler) with Bluetooth wireless technology and the antennas. The Intel Personal Wireless Module(Ambler) with Bluetooth wireless technology has been specifically designed as a miniature component to be integrated into portable electronic devices. As such the RF connection is not a standard connector, but a ball grid array solder connection. The module should be mounted on a PCB directly or mounted in a specially designed socket that is mounted to a PCB.
Impedance
The transmission line must be designed to be a 50-Ohm impedance.
Physical Implementation
The physical implementation of the RF transmission line must conform to the following guidelines:
Any combination of microstrip, stripline, or coaxial cable is acceptable. However, the following guidelines must be adhered to:
1. Microstrip (conductor above ground plane): The total length of any microstrip transmission lines should not
exceed eight (8) inches. This applies whether multiple lines or a single section of line is used. The maximum width of any microstrip transmission lines should not exceed 115 mils. An impedance of 50 +/- 2 ohms must be maintained. For design formulae, the following web sites can be accessed for interactive design programs:
Table http://www.mit.edu/~mc mahill/software/mstrip/mscalc.htm Table A http://www.polar.co.uk/
2. Stripline (conductor between ground planes on printed circuit board): Since stripline is non-radiating, any
length of stri pline can be used. However, lengths should be minimized to keep losses at a minimum. Conductor
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width should not exceed 36 mils. Either symmetric or asymmetric stripline may be used. For design formulae visit:
Table B http://www.polar.co.uk/
3. Coaxial Cable: Since coaxial cable is non-radiating, any length may be used. The impedance must be 50 +/- 2
ohms.
In general, the lengths of all transmission lines should be kept at a minimum where possible. Microstrip is the most lossy, followed by stripline and then coax. These factors should be taken into a ccount in design of the interconnect. Higher loss will reduce the range of the Bluetooth module in the final implementation.
Design Guide, Rev. 4.1

Emissions Compliance Testing

Although the module, interconnect and antennas have been modular-approved by FCC, the final configuration must meet emissions c ompliance. The final configurati on must be tested in an FCC certified test environment to confirm that radiated emissions are within the limits specified in the Part 15 rules. Applicable sections include:
1. Part 15 Section 15.247, Operation within the bands of 2400-2483 MHz
2. Part 15 Section 15.201 to 15.209, Intentional Emitter Restricted Bands and Radiated Emission
Limits
For detailed document information, visit http://www.fcc.gov/oet/info/rules/.
Other information may be found in the following documents:
FCC Public Notice DA 000-705, Filing and Measurement Guidelines for Frequency Hopping
Spread Spectrum Systems.
FCC Public Notice DA 00-1407, Part 15 Unlicensed Modular Transmitter Approval.
Both of these documents may be found on the FCC web site.
These emissions tests can be conducted by the manufacturer if equipped with a certified test chamber or by contacting an approved test facility (See Section 9). The results of these emissions tests are not required to be submitted to the FCC or Intel, but should be kept on file by the OEM.

Co-location of Additional Transmit ters

Users of this MA grant should refer to Appendix C (FCC Grant O2Z-BT2) with regard to co-located transmitters. As stated in the grant “
This modular transmitter is approved for use in personal computers and may operate in conjunction with other mobile and portable transmitters in the same computer; provided, the other mobile and portable transmitters have satisfied the appropriate RF exposure requirements contained in the FCC rules. The grantee also must provide OEM integrators, or end users if marketed directly to end users, with installation and operating instructions for satisfying RF exposure requirements. The Grantee must inform second manufacturers/installers that in order for this module to be operated in any configuration other than that permitted in the preceding sentences, a separate FCC equipment authorization must be obtained for each device into which this module is installed. “
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