A:The maximum distance for a standard 802.11b Point to Point (or Point to Multi-Point) path is approximately 12 miles. This is primarily due to timing issues in the 802.11b firmware. Other operating systems, such as KarlNet TurboCell, Orinoco COR or StarOS can overcome this limit and produce links up to 70 miles, depending upon terrain.

Well, it depends a little. If you want to reach the next confluence point to the north or to the south, the distance is always the same, or it would be if the Earth were a perfect sphere: it varies only from 110.57km (68.71mi) at the equator to 111.69km (69.40mi) between 89 degrees latitude and the poles. If you want to reach the next confluence point to the east or west, the distance depends on how far north or south you are. The distance is 111.32km (69. See similar questions...

The maximum distance supported is approximately 12 miles (19 km). Timing issues in 802.11b transmissions limit the maximum distance. See similar questions...

Due to the many variables in building construction and other causes of interference, the useful range will vary but can be up to 150ft (45m), depending on local conditions. See similar questions...

No. The controlling factor of distance is the phone or other land communication line. The better the phone connection, the greater the fidelity of communication between Data Link Gateway nodes. See similar questions...

On 32-bit machines, if I use a large cache (i.e. large -m) on a linux machine, why sometimes I get "segmentation fault ?" See similar questions...

The distance is |decision_value| / |w|. We have |w|^2 = w^Tw = alpha^T Q alpha = 2*(dual_obj + sum alpha_i). Thus in svm.cpp please find the place where we calculate the dual objective value (i.e., the subroutine Solve()) and add a statement to print w^Tw. Go Top] Q: On 32-bit machines, if I use a large cache (i.e. large -m) on a linux machine, why sometimes I get "segmentation fault ?" On 32-bit machines, the maximum addressable memory is 4GB. See similar questions...

It varies greatly between the different radio systems. With the Cisco radio system, for instance, a point-to-multipoint distance of up to 10 miles may be reached; a distance of 15 miles at 11 Mbps and 2 miles at 2 Mbps may be reached on a point-to-point configuration. See similar questions...

Concerning the coordinates for control points in Digi4, they should be entered in the units as specified in the sequence parameters. When you are at the Sequence Information dialog & click on the "Control" button, a spreadsheet style dialog appears for entering the XYZ control values for each control point. The columns should have the proper label as given in the "units" of Seq. Info. I just checked it out and that is the case on my system. See similar questions...

This is quite a loaded question, and depends on many factors. For more in-depth information, please visit JAWUG's site, or browse through our forum page. In the right conditions links up to 10-20km are not a problem See similar questions...

Rather than quote a specific maximum operating distance, most manufacturers of wireless microphone systems give a "typical" range. For most systems with a transmitter output power between 10-50mW, the typical range may vary from 100 ft to 300 ft. The lower number represents a moderately severe environment (lots of RF in the area) while the upper figure might be achieved in absolute ideal conditions. See similar questions...

About 500 ft., more than enough for average house or small office. Unlike wireless NETwork solutions Avinta's NETwork, based on existing phone wires is not affected by appliances, computers, metal walls, and other potential interference factors. See similar questions...

The wireless transmission range for most of the competing stations is generally quite limited. Although transmission range is highly variable (depending not only on the surrounding physical features of the land and structures but also on the RF interference in the area), the Vantage Pro2 weather stations will almost always out perform the competition. The Vantage Pro2 will transmit up to 1000 line of sight. See similar questions...

We suggest keeping your "targets" within 20'-30', the closer the better! 15' is the best distance. See similar questions...

Answer. Student Transportation has service standards which range from door-to-door service to walk distances in excess of 400 meters. Decisions made by developers and approved by the City of Edmonton result in some neighbourhoods being designed or modified in such a way that walk distances are in excess of 400 meters. Every effort is made to provide stops within 400 meters of the student's origin or destination. See similar questions...

Initially an isolated node has a maximum service radius of no more than say 500 metres or a third of a mile. Any public spirited enthusiast(s) can however provide a dedicated public node or even a chain of unattended nodes which relay "through traffic" for other distant users, thereby extending his/her range to that of all other connected nodes.... With numerous Internet Gateways, widespead public co-operation and participation there need be NO THEORETICAL LIMIT to distances covered. See similar questions...

It is possible to connect to the Service from any WiFi Internet connection. However, if the wireless access point in your office is behind a firewall or if other network policies are imposed on the office network environment, this may affect your Internet connectivity and prevent connection to the Service. See similar questions...

Mbs. Actual throughput will only be about half of this, at best. This is the 802.11b standard. We do not yet support the "g" standard. See similar questions...

The rate for calls to anywhere in the United States is $0.15 per minute 24 hours a day, seven days a week, with no monthly fees. For international calls, please stop by the office and we would be happy to quote you the rates to specific countries. See similar questions...

Directional antennas should be used for point-to-point wireless transmission. The type of directional antenna depends upon the power output, cable type and length, height, distance, data rate and terrain. We recommend the use of a range table to estimate the wireless antenna types. Whichever wireless antenna you choose, make sure that it is FCC certified with your radio! See similar questions...