Re: [WISPA] BPSK QAM16 DSSS interference

2006-02-10 Thread Travis Johnson
Tom, I currently have several Pac Wireless 5.8ghz 2ft dishes running at 5.3ghz with no packet loss. Granted, the RSSI is 1-2db higher than it should be, but they do work. Travis Microserv Tom DeReggi wrote: Dustin, While I haven't done any current work with the 2 foot Gabriel profession

Re: [WISPA] BPSK QAM16 DSSS interference

2006-02-10 Thread Tom DeReggi
Dustin, While I haven't done any current work with the 2 foot Gabriel professional series I've been hearing enough good stuff about it that I ordered one to play with and see if it worth deploying. So far I like the Gabriel antennas. However, I am starting to see a pattern where the various r

RE: [WISPA] BPSK QAM16 DSSS interference

2006-02-10 Thread Dustin Jurman
-- From: [EMAIL PROTECTED] [mailto:[EMAIL PROTECTED] On Behalf Of Tom DeReggi Sent: Wednesday, February 08, 2006 9:24 PM To: WISPA General List Subject: Re: [WISPA] BPSK QAM16 DSSS interference Thanks, Charles and Dustin, The challenge I'm working on is to determine if the degregation of my test

Re: [WISPA] BPSK QAM16 DSSS interference

2006-02-09 Thread Travis Johnson
amp; Wireless, Inc IntAirNet- Fixed Wireless Broadband - Original Message - From: "Travis Johnson" <[EMAIL PROTECTED]> To: "WISPA General List" Sent: Wednesday, February 08, 2006 9:36 PM Subject: Re: [WISPA] BPSK QAM16 DSSS interference Tom, Can you try changing th

Re: [WISPA] BPSK QAM16 DSSS interference

2006-02-08 Thread Tom DeReggi
--- From: "Charles Wu" <[EMAIL PROTECTED]> To: "'WISPA General List'" Sent: Wednesday, February 08, 2006 9:29 AM Subject: RE: [WISPA] BPSK QAM16 DSSS interference As you start to walk up the modulation line you definitely need more C/I, but you also start to

Re: [WISPA] BPSK QAM16 DSSS interference

2006-02-08 Thread Travis Johnson
t; <[EMAIL PROTECTED]> To: "'WISPA General List'" Sent: Wednesday, February 08, 2006 9:29 AM Subject: RE: [WISPA] BPSK QAM16 DSSS interference As you start to walk up the modulation line you definitely need more C/I, but you also start to loose the ability to use full

Re: [WISPA] BPSK QAM16 DSSS interference

2006-02-08 Thread Tom DeReggi
quot;Charles Wu" <[EMAIL PROTECTED]> To: "'WISPA General List'" Sent: Wednesday, February 08, 2006 9:29 AM Subject: RE: [WISPA] BPSK QAM16 DSSS interference As you start to walk up the modulation line you definitely need more C/I, but you also start to loose the abil

RE: [WISPA] BPSK QAM16 DSSS interference

2006-02-08 Thread Dustin Jurman
Moto/Orthogon   From: [EMAIL PROTECTED] [mailto:[EMAIL PROTECTED] On Behalf Of Mario Pommier Sent: Wednesday, February 08, 2006 11:14 AM To: WISPA General List Subject: Re: [WISPA] BPSK QAM16 DSSS interference   what brand? dustin jurman wrote: Thank you Charles,   We use

Re: [WISPA] BPSK QAM16 DSSS interference

2006-02-08 Thread Mario Pommier
ECTED]] On Behalf Of Charles Wu Sent: Wednesday, February 08, 2006 9:29 AM To: 'WISPA General List' Subject: RE: [WISPA] BPSK QAM16 DSSS interference As you start to walk up the modulation line you definitely need more C/I, but you also start to loose the ability to use

RE: [WISPA] BPSK QAM16 DSSS interference

2006-02-08 Thread dustin jurman
esday, February 08, 2006 9:29 AM To: 'WISPA General List' Subject: RE: [WISPA] BPSK QAM16 DSSS interference >As you start to walk up the modulation line you definitely need more >C/I, but you also start to loose the ability to use full power out of the radio. A small bit of trivial

RE: [WISPA] BPSK QAM16 DSSS interference

2006-02-08 Thread Charles Wu
>As you start to walk up the modulation line you definitely need more C/I, but you also start to loose the ability to use full power out of the radio. A small bit of trivial regarding this issue With higher order modulation schemes, the EVM (Error Vector Magnitude) can be so high that even on a p

RE: [WISPA] BPSK QAM16 DSSS interference

2006-02-08 Thread dustin jurman
Tom, DSSS modulation is a single-carrier modulation scheme, BPSK operates much in the same way as DSSS which usually are much more robust then other forms of modulation because they seem to run like a single carrier modulation schema's. The neat thing about BPSK is its ability to take interferen