Free Print Subscription Printer-friendly version Email to a Friend

Marvell launches industry's first 802.11n 450Mbps solution

(Product News, 03 Jan 2008 )

Marvell has launched the Marvell TopDog 11n-450, an 802.11n 3x3 WLAN solution with three spatial streams, claimed to be the industry's first 802.11n chip operating at 450Mbps. With maximum bandwidth more than eight times faster than 802.11g 54Mbps versions and 1.5 times faster than current 802.11n 300Mbps offerings, the new product will enable significant performance enhancements for notebooks and desktop PCs, printers, routers, set top boxes, digital TVs, gaming devices and DVD players and recorders. The TopDog 11n-450 provides 500 percent increased range over 802.11g, as well as 160 percent increased range compared to competing 802.11n solutions.

The TopDog 11n-450 delivers 3x3 capabilities with three transmitters and three receivers, and is built on 90nm CMOS process technology, making it a lower-power, lower-cost solution on top of its higher range and performance. The product is backward-compatible with previous 802.11a, b, g and n versions and currently sampling. It is expected to begin shipping in volume next quarter.

Click here for more information

 
Free Print Subscription Printer-friendly version Email to a Friend
 
Article Rating 
Average Rate: No rating yet
 
Poor Quite Good Good Very Good Excellent
 
Related Content 
 
 
KNOWLEDGE CENTER
Panasonic Key Devices Guide 2008 :
 
Fairchild Semiconductor :
 
Texas Instruments: DaVinci™ Technology
 
Texas Instruments: Safe Bet Series
 
 
 
Highest Rated  
Feedback Loop  

ADS BY GOOGLE 
 
 
 
ADVERTISEMENT
Press Release 
 
TECHNOLOGY NEWS
 
RESOURCE CENTER

 
 
PRODUCT NEWS
 
FEATURED SPONSORS
 
 
DESIGN CENTERS
 
ADVERTISEMENT
     
Reference Designs 
   
     
 
 
 


 
 
RSS
   
   
   
   
   
   
   
   
   
   
   
   
   
   
   
   
   
   
   
   
   

POLL
What type of environmental regulation do you think will be most beneficial for the tech industry?
Proper recycling and disposal
Push for power efficiency and energy conservation
Chemical/lead regulation
View results