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Original 45nm Intel® Core™ Microarchitecture
The Technical Challenges of Transitioning Intel® PRO/Wireless Solutions to a Half-Mini Card
Authors’ Biographies
Eli Laks
is a Senior HWRF Design Engineer in the Mobile Wireless Group. Currently he is working on Intel® ProWireless Multi-Comm solutions for Notebook platforms. He specializes in RF board design, general hardware design, and regulatory certification validation. In 2005 he joined Intel as a Senior HWRF Design Engineer. During 1980–2004 he was employed on and off by MicroKim Ltd. as the R&D Manager (CTO). He developed multi-function hybrid RF synthesizers and small RF systems. In 1991 Eli founded a start-up company called Eilon Engineering that developed weighing and force measurement systems. Eli received his B.Sc.E.E. degree from the Technion, Israel in 1985. His e-mail is eli.laks at intel.com.
Richard S. Perry
is a Manufacturing Architect in the Mobile Wireless Group. He specializes in the areas of PCB technology, FEM substrate and package design, Si package design, and halogen-free product design for next-generation Intel® PROWireless solutions. In January 2000 he joined Intel Corporation focusing on the wireless technology development for PCB design and PCB assembly. From 1994 to 2000 he was employed with Ericsson, Cellular Phones Division, as a Senior Manufacturing Engineer and an Operations Engineering Manager for digital phone manufacturing. Richard received a B.S.E.E. degree from Clemson University in 1996. His e-mail is richard.s.perry at intel.com.
Brad Saunders
is a Senior Mobile Systems Architect focusing on platform IO technology definition in Intel Corporation's Mobility Group. Brad also leads the PCMCIA industry group responsible for the ExpressCard standard and is the technical editor for the PCI Express Mini electro-mechanical specifications within the PCI-SIG. Brad came to Intel Corporation as part of the Xircom, Inc. acquisition in early 2001, where he had spent two years in Xircom's chief technology office. Prior to that, he spent 21 years working in various fields of communications at Rockwell International, ranging from secure communications for defense applications to analog modems for mobile systems. Brad received his B.S.E.E. degree from the University of California, Irvine in 1976. His e-mail is brad.saunders at intel.com.
Ra’anan Sover
is a HWRF Architect in the Mobile Wireless Group. Currently he is working on Multi-Comm solutions for both notebook and hand-held platforms. He was directly involved in the definition, implementation, integration, and productization of Intel® ProWireless Wi-Fi products. In May 2000 he joined Intel as a Senior Radio Frequency Integrated Circuit (RFIC) Design Engineer and co-designed the synthesizer block of Intel's first WLAN RFIC. From 1988-2000, he was employed by MicroKim Ltd. as a Senior RF Engineer. He developed multi-function hybrid RF synthesizers and control devices. Ra’anan received his B.Sc.E.E. degree from the Technion, Israel in 1988. He is a Senior Member of the IEEE. His e-mail is raanan.sover at intel.com.
All codenames featured in this article are used internally within Intel to identify past and future products, some of which have not been publicly announced for release. Customers, licensees, and other third parties are not authorized by Intel to use these codenames in advertising, promotion, or marketing of any product or services, and any such use of Intel's internal codenames is at the sole risk of the user.
MC Mini Card—also referred to as Full-Mini Card
HMC—Half-Mini Card
CMT—Centrino™ Mobile Technology
WLAN—Wireless Local Area Network
MAC/BB—Media Access Controller/Base Band
MIMO—Multiple In Multiple Out
Mbps—megabits per second
PCI SIG—Peripheral Component Interconnect Special Interest Group
PCB—Printed Circuit Board
CS—Component Side (usually referred as to the top)
PS—Print Side (usually referred to as the bottom)
BGA—Ball Grid Array
QFN—Quad, Flat, No-lead
WB—Wire Bond
HDI—High Density Interconnect
THV—Through Hole Via
UVia—Microvia
RF—Radio Frequency
RFIC—Radio Frequency Integrated Circuit
FEM—Front End Module
PA—Power Amplifier
LNA—Low Noise Amplifier
PMU—Power Management Unit
DC/DC—Direct Current to Direct Current
EEPROM—Electrically Erasable Programmable Read Only Memory
IPC—Printed Circuit Standard body
EMI/RFI—Electro Magnetic Interference/Radio Frequency Interference
IR—Current x Resistance (voltage)
GND—Ground
EVM—Error Vector Magnitude
UL—Up Link
DL—Down Link
I/O—Input/Output
DB—decibel (a relative unit of measure)
Tj—Temperature @ die junction
WG—Work Group
BTO—Built To Order
LCD—Liquid Crystal Display
DoE—Design of Experiment
OEM—Original Equipment Manufacturer
USB—Universal Serial Bus
Xtal—Crystal
UDP—User Datagram Protocol
In this article
- Abstract
- Introduction
- Developing the PCI Express Half-Mini Card specification
- Intel® PROWireless 5000
- Technical challenges and solutions
- Required PCB technology
- Silicon partitioning and connectivity on the PCB
- Actual implementation of Intel® PROWireless 5300
- Conclusion
- Acknowledgement
- References
- Authors’ Biographies
Any codenames featured in this document are used internally within Intel to identify products that are in development and not yet publicly announced for release. For ease of reference, some codenames have been used in this document for products that have already been released. Customers, licensees, and other third parties are not authorized by Intel to use codenames in advertising, promotion or marketing of any product or services, and any such use of Intel’s internal codenames is at the sole risk of the user.
