As one of the leading GSM communication developers for demanding and hazardous environments, Getnord offers the most technology-packed mobile phones and tablet PC in rugged, water-submersible form.
All products utilize state of the art technologies, and meet with international testing criteria, such as MIL-STD 810G, IP ratings (IP57, IP67, IP68) Getnord products are applicable for a wide range of fields, crossing defence, law enforcement, public safety, utility, field service, oil and gas, telecommunications, transportation, manufacturing and mobile workforce. Getnord provides excellent, customized service to satisfy the varying requirements of different vertical market segments.
By following the strategy of “customer oriented, technique driving, service antecedence”, persisting the creation spirit, focusing on industry application, Getnord provides the complete products and solutions to our customers and has become one of the top rugged waterproof mobile devices manufacturers.
So what is rugged?
It doesn’t take much to realize that today’s cell phone manufacturers are more interested in adding snazzy features like a super fast phonebook, apps, and high tech cameras, and cool looks than building a phone or tablet PC that will stand up to some serious abuse. After all, rugged cell phones and tablets are built for punishment and not necessarily style. The advantage, however is clear if you spend your time scaling rocks, hitting whitewater and engaging in other extreme sports.
Most of our truly rugged devices are brightly colored making them easier to find if you drop them; consider it an added feature, even if yellow isn’t your favorite hue.
As a mobile worker in the field, in the warehouse or on the manufacturing floor, you rely on your mobile phone or tablet to be dependable and provide reliable and consistent communication and access to data. We build mobile phones with the mobile worker in mind delivering ruggedness, dependability and powerful performance that ensures uptime and allows you to do your job more effectively and efficiently.
If you’re the rugged, outdoorsy type, you’ll need a cell phone to go along with you in your travels. Some cell phones and tablet PC are more suited to rough and tumble outdoor use than others. It’s a good idea to pick a device that has been specifically designed with durability in mind. These phones and tablets are ones that will stand you in good stead as you go about outdoor work or leisure time activities, get caught in unexpected weather, or get into rough housing with relatives on the back lawn.
How we test them?
You have seen some attractive movies when we punish rugged phones in concrete mixers, trying to call fishes in aquarium or throw them on the ground. It shows the hardiness of device obviously in reality, but how we test them in our labs? Here is some of many international testing standards and norms to ensure rugged phones ability to work in harshest environment:
Semi-Rugged Mobile devices
Ultra Rugged Mobile devices
MIL-STD-810F Method 500.4-Low Pressure
Low-pressure (altitude) chamber tests determine if materiel can withstand and operate in a low-pressure environment. The test also determines if materiel can withstand rapid pressure changes.
MIL-STD-810F Method 501.4-High Temperature
High temperatures may temporarily or permanently impair the performance of a handheld computer by changing the physical properties or dimensions of its casing as well as internal components.
MIL-STD-810F Method 502.4-Low Temperature
Extremely low temperatures have adverse effects on almost all basic materiel. As a result, exposing test items to low temperatures may either temporarily or permanently impair the operation of the test unit by changing the physical properties of its casing and components. Therefore, low temperature test must be considered whenever the test item will be exposed to temperatures below standard ambient.
MIL-STD-810F Method 503.4-Temperature Shock
Exposure to sudden, extreme temperature changes may temporarily or permanently affect the operation of the unit. Temperature shock tests are conducted to determine if materiel can withstand sudden changes in temperature without experiencing physical damage or deterioration in performance.
MIL-STD-810F Method 506.4-Rain
The rain test is conducted to determine if the protective covers or cases effectively prevent rain from penetrating the unit. The rain test also determines if the unit can satisfy its performance requirements during and after exposure to rain.
MIL-STD-810F Method 507.4-Humidity
Moisture can cause multiple types of physical and chemical deterioration. These include: surface effects such as corrosion and organic growth such as mold and mildew; moisture penetration that changes material properties; and condensation that affects electrical or mechanical performance.
MIL-STD-810F Method 510.4-Sand and Dust
The sand and dust test is divided into two procedures. The small-particle procedure (dust and fine sand) is performed to determine the ability of equipment to resist the effects of dust particles that may penetrate into cracks, crevices and joints. The blowing sand test is performed to determine the ability of equipment to be stored and used under blowing sand conditions. To pass the blowing sand test, there must be no loss of in performance, effectiveness, reliability, and maintainability due to the abrasion (erosion) or clogging effect caused by large, sharp-edged particles.
MIL-STD-810F Method 512.4-Immersion
The immersion test is conducted on operating and non-operating units that may be exposed to partial or complete immersion. In some cases this test maybe used in place of the rain test (Method 506.4) to verify a unit is watertight. This is acceptable provided the materiel configuration would be the same for both situations, and the method of water ingress is well understood. However, there are documented situations where the impact of the spray causes a pumping of water across the seals during the rain test. This does not occur in the immersion test, where the seals are held tight against a backing plate by the static pressure. For this reason, both the rain and immersion tests should be performed.
MIL-STD-810F Method 514.5-Vibration
Vibration testing is performed to determine the resistance of equipment to stress caused by vibration during shipment and in typical application environments.
MIL-STD-810F Method 516.5-Shock
Shock tests are performed to assure that materiel can withstand the relatively infrequent, non-repetitive shocks or transient vibrations encountered in normal use and transport. Shock tests are also used to measure an item's fragility, so that packaging may be designed to protect it if necessary. Mechanical shocks will excite an item to respond at both forced and natural frequencies.
No SIM Lock
We don't go this way, 100% of our Rugged phones has never been locked. They will work with typical 25 mm × 15 mm SIM card.
GSM cell phones and tablet PC with GSM function can operate on four different frequency band types: 850 megahertz (MHz), 900 MHz, 1800 MHz and 1900 MHz, depending on the country. Each Mobile operator has one standard of band or mix of bands, but usually they are using 850/1900 MHz or 900/1800 Mhz combinations. Our phones support all these frequency ranges.
When it comes about 3G, it's more complicated. Most of the 3G UMTS operators in Europe, Asia and Africa using 2100 MHz band with some exeptions, but in Americas these frequencies are uncommon. We always recommend to ask your Mobile operator about their 3G standard or to check the list of UMTS networks online http://en.wikipedia.org/wiki/List_of_UMTS_networks . Please compare your 3G provider frequency with technical specification listed in description before placing your order or contact us.
There are two basic standards for voltage and frequency in the world. One is the North American standard of 120 volts at a frequency of 60 Hz, and the other is the European standard of 220–240 volts at 50Hz. Beside different voltage, every part of the world has own AC Power plugs and sockets.
Voltage, frequency, and wall socket type vary widely, therefore we found a way to avoid possible disappointment unpacking new phone. All of our chargers can operate from 100V to 240V, covering all possible voltage range around the globe, both frequencies are compatible and of course please tell us your country, we will select suitable wall plug to you.
If you travel a lot, a dual SIM device can come in very handy. If you’ve ever travelled with your mobile device, you know you sometimes have no choice but to get a local SIM for data and calls. But what if you want to remain available on your home line as well? With a dual SIM phone, you can use data and make calls on the cheap using the local SIM, but stay available for incoming calls and text messages with your old home number. Pretty useful.
This one is for those who really want to go the extra mile. Sometimes you can find a really good deal for data with one provider, and an excellent deal for calls and texts with another. Most of us just find a good place in the middle and call it quits, but another way is to get a dual SIM device and enjoy both deals. If the plan doesn’t make you pay a monthly fee, and if the SIM cards themselves don’t cost too much, this could be an excellent way to get the best of both worlds.
All our phones operates under Dual Standby-SIM technology. Dual Standby mode allows two sim cards to be on standby waiting for a call. When a call is established on one sim card, the other is no longer active.
How does a dual SIM phone switch from one SIM card to another? When you're using a wireless cell phone with two SIM cards when making calls is usually done by either pressing a button or making a menu selection. When your dual mobile is receiving calls then it's simply a case of first come first serve and the caller who gets in contact with you first talks to you first, regardless of which SIM their details are on.
- United Kingdom