Total Phase, Inc
Testeur de câbles avancé Total Phase v2
Testeur de câbles avancé Total Phase v2
Impossible de charger la disponibilité du service de retrait
Key Features
- Idéal pour les tests de production et le laboratoire
- Utiliser pour se débarrasser des câbles suspects
- Convient aux câbles USB, Apple et vidéo
La solution ultime de test de câbles : Total Phase Advanced Cable Tester v2
Découvrez l'avenir des tests de câbles complets avec le testeur de câbles avancé v2. Bénéficiez d'un confort sans précédent en testant les câbles USB et vidéo à la vitesse de l'éclair.
Des fonctionnalités inégalées
- Test court : la visualisation dynamique garantit des résultats de test clairs et instantanés.
- Tests ouverts : restez informé grâce à l'affichage interactif des résultats des tests.
- Tests de continuité : obtenez une visualisation dynamique en temps réel pour une expérience de test fluide.
- Mesure de résistance CC : bénéficiez d'une précision en milliohms sur les câbles de terre et d'alimentation, et d'une résolution en ohms sur la plupart des autres câbles. Pour les lignes de données à haut débit, nous proposons un contrôle de continuité.
- Intégrité du signal : obtenez des tests précis des lignes de données jusqu'à 12,8 Gbit/s par canal.
- Vérification E-Marker : Assurer la meilleure qualité de câble.
Une valeur comme jamais auparavant
Pourquoi choisir le testeur de câbles avancé v2 ? Grâce à sa vitesse et à sa robustesse inégalées, chaque test devient rentable. Que vous vérifiiez rapidement les câbles ou que vous génériez des rapports complets, ce testeur garantit une couverture de test à 100 %. Tout cela pour une fraction du prix et des efforts par rapport aux autres méthodes de test du marché.
Des applications incomparables
Quels que soient vos besoins, qu'il s'agisse d'un contrôle qualité rigoureux dans une installation de fabrication ou d'un contrôle de processus dans un laboratoire, le testeur de câbles avancé v2 se démarque. Sa haute précision et sa couverture de test complète éliminent le besoin d'oscilloscopes coûteux, d'équipements personnalisés ou de personnel hautement qualifié. Ce faisant, il promet des économies de l'ordre de centaines de milliers de dollars.
Choisissez le testeur de câbles avancé v2 et redéfinissez votre expérience de test de câbles.
Features
- Short testing - Dynamic visualization of test results
- Open testing - Dynamic visualization of test results
- Continuity testing - Dynamic visualization of test results
- DC resistance measurement for most wires, with milliohm precision on ground and power wires, ohm resolution on most other wires, continuity check only on high-speed data lines
- Signal integrity testing of data lines to 12.8 Gbps per channel
- E-Marker verification
- Lightning plug bring up/function (Apple Lightning Cables)*
- Over-voltage protection (Apple Lightning Cables)*
- Voltage recovery testing (Apple Lightning Cables)*
- Quiescent current consumption (Apple Lightning Cables)*
* Apple MFi membership required to run these tests
Continuity testing checks all pins for opens, shorts, and fundamentally correct wiring preventing dangerous situations like shorts of VBUS to data signals, VBUS/GND reversal, etc.
DCR Testing
DC Resistance ("DCR") testing confirms that each power pin (VBUS and GND) is capable of carrying the required current to meet the applicable specification. For Type-C cables, each power pin is individually measured, then the cable as a whole is tested. Pass/fail criteria ensure that the cable will meet the specification requirements, such as Type-C IR Drop. If present, Type-C SBU and CC lines are also tested for DCR.
E-Marker Testing
E-Marker testing reads the data from any present E-Marker, then validates the advertised data and power capabilities against the actual measured parameters of the cable. Additionally, fields such as Vendor ID, Product ID, Test ID, firmware and hardware versions can be set by the operator, for easy pass/fail determination of cables through a QA process.
Compatibility
Lightning testing ensures proper operation of the Lightning plug, including proper Lighting plug power-up, over-voltage, recovery, and quiescent current testing per the Apple MFi specification.
A REST API is available for integration of the Advanced Cable Tester v2 into a larger test infrastructure. This integration can be very high-level: taking just a real-time pass/fail indication; or much more integrated: retrieving all details for custom processing, analysis, logging, etc.
The Advanced Cable Tester supports testing a large variety of cables via a system of easily interchangeable modules. Each module is rated for 55,000 tests, guaranteeing cost-effective and accurate cable test results.
- USB Type-C to USB Type-C (Type-C 1.3, USB 3.2 and earlier specifications). Full-Featured and USB 2.0 Type-C cables are supported
- USB Type-C to USB Standard-A (USB 3.2 and earlier version specifications)
- USB Type-C to USB Micro-B (USB 3.2 and earlier version specifications)
- USB Type C to USB Standard-B (USB 3.2 and earlier version specifications)
- USB Standard-A to USB Micro-B (USB 3.2 and earlier version specifications)
- USB Standard-A to USB Standard-B (USB 3.2 and earlier version specifications)
- Lightning (USB 2.0) to USB Standard-A
- Lightning (USB 2.0) to USB Type-C
- HDMI Type A to HDMI Type A (up to 12.8 Gbps per channel)
- DisplayPort to DisplayPort (DisplayPort 2.0 and earlier version specifications)
Why Do my Cables Need Testing?
Many USB, video, and Apple Lightning cables simpy do not function correctly. Let's delve deeper into each of these problems.
- Connection Issues:
- Missed or incorrectly wired joints: When manufacturing cables, there might be errors where certain wire connections are missed or improperly connected. This will naturally prevent the cable from functioning correctly. For instance, if a data line in a USB cable is missed, data transfer may be impossible.
- Damaged joints: Over time, or due to rough handling, the wired joints within a cable or connector can become damaged. This damage can interrupt the proper flow of electrical signals, leading to connection failures.
- Poorly soldered joints: In cables where soldering is required, a poorly soldered joint can be a weak point. It may break easily or may not maintain a consistent connection. Sometimes, excess solder or lack of proper solder can lead to a short circuit or interrupted connections.
- Issues Affecting Rate Speed:
- Poor quality connectors: A connector's quality is crucial. Cheap or poorly-made connectors might not maintain a solid connection. They could be misshaped, made of inferior materials, or lack necessary shielding. This can cause interference, signal degradation, or dropouts, affecting data transfer rates.
- Poor quality cable: The quality of the cable material itself is also vital. High-quality cables typically have multiple layers, including shielding to protect against interference. If a cable lacks these protective features, or if the conductive material within is of low quality, it can result in slower transfer speeds and potential data loss.
- Damage: Physical damage, like bending, twisting, or crushing the cable, can impact its internal structure. This might result in broken internal wires or compromised shielding. Such damage can significantly reduce the speed at which the cable can operate, or even prevent it from working altogether.
In addition to these factors, it's worth noting that counterfeit or non-certified cables, especially prevalent in the market for popular brands, often do not meet the specifications and quality standards set by the original manufacturers. Using these cables can result in subpar performance and potential risks to the devices they connect to.
Linus Tech Tips Reviews
Linus Tech Tips, a popular IT YouTube channel has been using the Total Phase Advanced Cable Tester to investigate why many types of brand new and used cables do not work as expected
Testing USB-C Cables
This Linus Techtips video. Linus uses the Total Phase Advance Cable tester to check a pile of new and used USB cables with some surprising results:
Combining blazing fast performance with a low cost per test and a rugged design, the Advanced Cable Tester v2 enables rapid spot-checking of cables, easy-to-understand reports, with 100% test coverage for lab and production environments at a fraction of the price, time, and labour versus other solutions. Whether your application is 100% quality control in a factory or statistical process control in a laboratory, the Advanced Cable Tester v2 will provide high precision and accuracy with thorough test coverage, without expensive scopes, custom fixtures, or highly trained personnel, saving hundreds of thousands of dollars.
Continuity testing checks all pins for opens, shorts, and fundamentally correct wiring preventing dangerous situations like shorts of VBUS to data signals, VBUS/GND reversal, etc.
Testing DisplayPort Cables
In this video, Linus uses the Total Phase Advance Cable tester to check his DisplayPort cables:
Testing HDMI Cables
In this video, Linus uses the Total Phase Advance Cable tester to test HDMI cables:
Testeur de câbles avancé Total Phase v2
Frequently Asked Questions
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What's Included
Testeur de câbles avancé Total Phase v2
- Advanced Cable Tester v2
- (1) AC Power Supply and Line Cord
- (1) Connector Module Bundle
- (1) 6 foot USB Standard-A to Micro-B cable
- Advanced Cable Tester 1 Year Limited Warranty
- Software/documentation (downloadable from Total Phase)