In a situation where products have sat in a warehouse for months or where a dealer has no control of the source of the products, it is easy to see how you could receive a dated version.īuy Radar Detectors policy for high end detectors is to only stock as many units as we expect to sell within a two week period. Avoid buying products from retailers or web sites where product would sit on shelves for months (from infrequent sales or due to huge quantity buys), or from web sites who have distributors "drop ship" product instead of stocking themselves. If you're shopping around for a new radar detector, be aware that the detector's firmware version could affect its performance and usability.
#Beltronics rx65 firmware pro
Also within the last year, Whistler released an updated Pro 78 and XTR690 that improved Ka performance and enhanced some user interface functions.
#Beltronics rx65 firmware driver
Within the last year, Beltronics released an updated version of the STi Driver that fixed a problem related to poor sensitivity on a specific Ka frequency. Updates could also contain bug fixes, or product enhancements. So, what kinds of changes are being made with these firmware upgrades? Manufacturers are typically secretive about specific changes, but a common tweak is likely to adjust a detector's filtering capabilities for newly found interference-creating devices. That means that, for example, a Bel RX65 purchased today would potentially perform differently than a RX65 purchased several months ago, and certainly would perform differently than one purchased several years ago. Firmware, however, is frequently being tweaked by radar detector manufacturers and it is common to see several new versions released per year. Typically a change would only occur as new models come to market. Radar detector hardware doesn't change very often, if ever. It decides which signals to filter out as false alerts, and is responsible for many of the detector's features, including the user interface. Software, or firmware, controls how a detector behaves once it encounters a signal, and is responsible for the "personality" of the product. This is the part that chiefly determines the sensitivity of a detector. A radar detector's hardware are the physical parts of the detector that enable it to sniff out a radar signal.
Today's high performance radar detectors are like computers in a way: they work well because of a combination of both hardware and software.
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