Comparison TrendVision Drive 900 vs TrendVision Drive 700
Add to comparison |  |  |
|---|---|---|
| TrendVision Drive 900 | TrendVision Drive 700 | |
| Outdated Product | Outdated Product | |
| User reviews | ||
| TOP sellers | ||
Bands | ||
| Bands | K Ka X | K Ka X |
| Laser wavelength | 800 – 1100 nm | 800 – 1100 nm |
Pulse signals | ||
| Pulse signals support | POP Ultra-K (K-Pulse) | |
Radar type detection | ||
| Radar type detection | Strelka Robot LISD Krechet Kris Arena Vizir | Strelka Robot LISD Krechet Kris Arena Vizir |
Features | ||
| Functions | VG-2 protection false alerts filter Auto mode Highway mode City mode display brightness adjustment mute voice alert | VG-2 protection false alerts filter Auto mode Highway mode City mode display brightness adjustment mute voice alert |
Receiver | ||
| Receiver type | superheterodyne | superheterodyne |
| Signal processing | digital | digital |
| GPS |  | |
General | ||
| Current consumption | 230 mA | 230 mA |
| Dimensions | 67x109x26 mm | 67x109x26 mm |
| Weight | 113 g | 113 g |
| Added to E-Catalog | april 2020 | april 2017 |
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Glossary
Pulse signals support
The types of pulse signals that a radar detector can detect. Modern police radars, usually, do not use a constant exposure mode, but short (fraction of a second) pulses, and even if the detector supports the appropriate range, it does not mean that it will be able to detect a pulsed signal in this range.
Here are the main types of such signals that are relevant for modern radar detectors:
— Instant On. Name for the general mode of operation used in most modern police radars. A radar operating in this mode emits radio waves only directly when measuring speed, for a very short period (less than a second).
— P.O.P. Mode of operation used primarily in K- and Ka-band radars (see above). Provides a single pulse of extremely short length — about 0.07 s.
— Ultra-K (K-Pulse). The standard pulse mode of operation of the radar in the K band. Unlike POP, it provides measurement using several pulses and a longer total measurement duration — up to 0.4 s. Thus, the requirements for detectors under Ultra-K are somewhat softer than under POP, however, for correct recognition, support for this mode must still be claimed directly.
— Ultra Ka. The standard pulse mode of the radar in the Ka band. In terms of its main features, it is completely similar to the Ultra-K described above, differing only in operatin...g frequencies.
— Ultra Ku. The standard pulse mode of the radar in the Ku band. In terms of its main features, it is completely similar to the Ultra-K described above, differing only in operating frequencies. It occurs very rarely, due to the gradual exit of the Ku range itself from use (for more details, see "Ranges of operation").
— UltraX. The standard pulse mode of the radar in the X band. Like the X band itself, this mode is considered obsolete and is provided more “just in case” and as a tribute to tradition than for practical reasons.
Here are the main types of such signals that are relevant for modern radar detectors:
— Instant On. Name for the general mode of operation used in most modern police radars. A radar operating in this mode emits radio waves only directly when measuring speed, for a very short period (less than a second).
— P.O.P. Mode of operation used primarily in K- and Ka-band radars (see above). Provides a single pulse of extremely short length — about 0.07 s.
— Ultra-K (K-Pulse). The standard pulse mode of operation of the radar in the K band. Unlike POP, it provides measurement using several pulses and a longer total measurement duration — up to 0.4 s. Thus, the requirements for detectors under Ultra-K are somewhat softer than under POP, however, for correct recognition, support for this mode must still be claimed directly.
— Ultra Ka. The standard pulse mode of the radar in the Ka band. In terms of its main features, it is completely similar to the Ultra-K described above, differing only in operatin...g frequencies.
— Ultra Ku. The standard pulse mode of the radar in the Ku band. In terms of its main features, it is completely similar to the Ultra-K described above, differing only in operating frequencies. It occurs very rarely, due to the gradual exit of the Ku range itself from use (for more details, see "Ranges of operation").
— UltraX. The standard pulse mode of the radar in the X band. Like the X band itself, this mode is considered obsolete and is provided more “just in case” and as a tribute to tradition than for practical reasons.