3310X 3D Screen Female Phone

One of the biggest advantages of both the Samgle 3310 X is their screen. It's 3D screen 2.4 display. Samgle 2G 3310 X comes in 4 color variants, Black, Red, Blue, Gold Tip: Unlocked for Worldwide use. Please ensure local area network is compatible. click here for Network Frequency of your...

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Product Details

One of the biggest advantages of both the Samgle 3310 X is their screen. It's 3D screen 2.4 display.
Samgle 2G 3310 X comes in 4 color variants, Black, Red, Blue, Gold

Unlocked for Worldwide use. Please ensure local area network is compatible. click here for Network Frequency of your country. Please check with your carrier/provider before purchasing this item.

Samgle 3310 X 2G Unlocked Phone Bluetooth Dual SIM 0.08MP Camera 3D Screen
Main Features:

Back Camera: 0.08MP ( SW 2.0MP )
Display: 2.4 inch screen
Dual SIM Dual Standby: dual standard SIM
Battery: 850mAh li-ion battery
Bluetooth: V2.1 + EDR
2G: GSM 850/900/1800/1900MHz


Basic Information

Brand: Samgle
Type: Bar Phone
External Memory: TF card up to 64GB (not included)


Network type: GSM+WCDMA
Frequency: GSM 850/900/1800/1900MHz
Bluetooth: Yes


Screen type: Capacitive
Screen size: 2.4 inch
Screen resolution: 240x320


Camera type: Single camera
Back-camera: 0.08MP ( SW 2.0MP )


SIM Card Slot: Dual SIM, Dual Standby
TF card slot: Yes
Micro USB Slot: Yes
Audio out port: Yes (3.5mm audio out port)
Microphone: Supported
Speaker: Supported

Media Formats

Music format: AMR, MP2, MP3, WAV
Video format: 2GP, MP4


Languages: English, Espanol, Portuguese, Italian, German, French, Russian, Arabic, Poland, Dutch, Bahasa Melayu, Chinese, Hindi, Tamil, Thai, Myanmar

Additional Features

Additional Features: Alarm, Bluetooth, Calculator, Calendar, FM, MP3, MP4, Sound Recorder, Wi-Fi

Package Contents

Cell Phone: 1
Battery: 1 x 850mAh
Charger: 1


Product size: 12.70 x 5.50 x 1.50 cm / 5 x 2.17 x 0.59 inches
Package size: 18.50 x 8.20 x 5.80 cm / 7.28 x 3.23 x 2.28 inches
Product weight: 0.0880 kg
Package weight: 0.1750 kg

Q: does it have OTG function?
A: This phone doesn't have OTG function. Thanks for your attention.

Q: Does this phone support text messages. (SMS)
A: This phone supports message texting. Thanks for your attention.

Q: Does this phone work in Portugal and is it available in Portuguese?
A: Please check with your local communication company if they suport this network frequency:
GSM: 850/900/1800/1900MHz
Yes, it has Portuguese language

Q: Will this product work with 3G?
A: Thanks for your inquiry.
Note: This phone will work with 2G & 3G networks: GSM 850/900/1800/1900MHz, 3G: WCDMA 900/2100MHz,

Q: Does this phone have GPS, Thank you
A: Sorry that this phone doesn't have GPS,
Thanks for your attention.

Q: have it Greek language?
A: Please confirm the supported languages:
English, French, Spanish, Portuguese, Italian, German, Dutch, Hungarian, Romanian, Hebrew, Vietnamese, Thai, Russian, Arabic
You can set language in the settings.
It does not support Greek language.
Best Regards

Q: Will this work on ATT in the US??
A: Note: This phone will work with GSM &WCDMA networks: GSM 850/900/1800/1900MHz, 3G: WCDMA 900/2100MHz
Unlocked for Worldwide use. Please ensure local area network is compatible. click here:http://maps.mobileworldlive.com/ for Network Frequency of your country. Please check with your carrier/provider before purchasing this item.
Best Regards

How Do I Choose the Best Cell Phone Jammer?
Cell phone jammer units are small electronic devices that block all incoming and outgoing cell calls in an area. They interfere with specific carrier frequencies to completely disrupt and prevent phone communications. This suppresses cell phones to dissuade microwave hazards that can cause electronic interferences in critical areas and inappropriate voice interruptions. Such devices are restricted by laws in the United States and many other countries. Factors to consider when choosing cell phone jammer products include their performance specifications, construction, and antenna directionality.
When cell phones became commonplace, people began looking for ways to better manage unwanted signals. Phones risked disturbing equipment and people in hospitals, schools, theaters, and elsewhere. Widespread use made these disruptions more common. To avoid problems in vital areas, organizations, businesses, and individuals began using cell phone jammer technology. This allowed them to completely block these calls, which might otherwise happen unexpectedly.
Jammers transmit with similar frequency and power as cell phone signals. This technically creates a denial-of-service attack. Like their counterpart cell phones, these gadgets operate on telecommunications carrier bandwidths, specifically ones used by local cell towers or stations. Usually, cell phones use two different frequencies for talking and listening, and are known as full duplex devices. Cell phone jammer units can block both signals.
Essentially, cell phone jammer devices disrupt these radio frequencies. When cell phones compensate for weakened signals, they increase power; but jammers can do the same. Most cell phone jammer products operate on one or more groups of frequencies. They sometimes switch between them automatically. In order to select the best cell phone jammer for your area, it may be necessary to research the local network standards the unit should operate on.
Originally designed for military and police control of communications in the field, unauthorized cell phone jammer interferences are legally considered property theft. This is because rights to the radio spectrum have been privately purchased. Arbitrarily blocking public signals may also incur safety hazards. Emergency situations or other vital communications may need to go through.
While perhaps tempting in churches, classrooms, or on public transportation, using this technology illegally can invite a costly fine and even imprisonment. Consider whether your needs would be better served by using special building materials designed to obstruct microwave radiation. Another solution may employ cell phone alerters that activate in the presence of a cell phone signal. They may power a light or sound an alert.
Device shapes vary. They may resemble cell phones minus keypads. Some look like wireless home network transceivers, or small boxes with multiple rubberized antennas. Others may travel incognito embedded into briefcases. Specifications of units can differ according to their power outputs, their compatibility with telecommunications system standards, and portability.
Besides price, other points to consider may include case construction and durability, depending on what kind of conditions they need to serve. Whether you need to carry a small unit in a pocket or set up a larger unit for a building, environmental factors can help you choose. Like phones, these devices vary in how much power they draw. Working time versus standby time may factor in, as well as overall battery life.
Antenna directionality can make a difference. Some may be more suited to cover a wide area, like a building, while others may be aimed to a more specific point. Antennas can radiate with many different field patterns, some with more null areas than others. Radius, or range of operation, should accommodate your needs without infringing on other nearby areas. Decide also if you need compatible accessories like adapters, chargers, and power supplies.

What is a SIM Card?
A Subscriber Identity Module (SIM) card is a portable memory chip used mostly in cell phones that operate on the Global System for Mobile Communications (GSM) network. These cards hold the personal information of the account holder, including his or her phone number, address book, text messages, and other data. When a user wants to change phones, he or she can usually easily remove the card from one handset and insert it into another. SIM cards are convenient and popular with many users, and are a key part of developing cell phone technology.

Activating a SIM Card
Since all of a user's data is tied to the SIM card, only it needs to be activated when the person opens an account with a cell phone service provider (also called a carrier). Each card has a unique number printed on the microchip, which the carrier needs to activate it. In most cases, the phone's owner can go either to the carrier's website and enter this number in the appropriate tool or call the service provider directly from another phone to get it turned on. SIM cards are tied to a particular carrier and can only be used with a service plan from that carrier.

Swapping Handsets
One of the biggest advantages of SIM cards is that they can easily be removed from one mobile phone and used in any other compatible phone to make a call. This means that, if the user wants to buy a new handset, he or she can activate it quickly by inserting his or her old SIM card. The user's phone number and personal information is carried on the card, so there's no need to do anything else to transfer this information. Most phone applications (apps) are stored in the phone's memory or secure digital (SD) card, however, so they will not be transferred to the new handset.
Some cell phone carriers lock their handsets; this means they will only work with SIM cards from that carrier. This is especially common in the US, where service providers sell the handsets at a discount in exchange for the consumer signing a long-term contract for service. Handsets can be unlocked with the right code, however, although the exact process varies by manufacturer and model. Any SIM card can be used with an unlocked phone. Phones without a card, or with one that is not compatible, can typically only be used for emergency calls.

Pre-Paid SIMs
Pre-paid SIM cards are also available, allowing a phone that's locked to the pre-paid carrier's network or an unlocked phone to be used without a long-term contract. This type of card is useful for people who don't want to be tied to one carrier, or who want to try out a service provider before committing. It's especially useful for international travelers, who can purchase a local SIM card to use their phone abroad. This allows the user to keep the same phone — with the apps and other settings that are stored in it — without paying international roaming charges from the carrier back home. It also gives the traveler a local phone number, making it less expensive for people to call the traveler from within the same country.

SIM Cards Sizes
SIM cards are made in three different sizes to accommodate different devices. Most phones use mini-SIM or micro-SIM cards, which are quite small — the mini is 25 mm by 15 mm (0.98 in by 0.59), and the micro is 15 mm by 12 mm (0.59 in by 0.47 in). Full-sized cards are much larger, 85.6 mm by 53.98 mm (3.37 in by 2.13 in), and are too big for most phones. All cards are only 0.76 mm (0.03 in) thick, however, and the microchip contacts are in the same arrangement. This means that, with the proper adapter, the smaller cards can be used in devices designed for larger ones.

A SIM card offers security for both the user's data and his or her calls. The cards can be locked, meaning that only someone who has the correct personal identification number (PIN) can use the card. If the phone is stolen, the thief cannot use a locked SIM or get any information off of it without the PIN.
In addition, the card has a secret authentication code and an encryption key that protect the phone's transmissions. Although it is possible to "clone" a cell phone on the GSM network and thus steal service, it's much more difficult than it is to clone a phone on the competing Code Division Multiple Access (CDMA) network. Because of the way the encryption information is transmitted to the carrier, it's usually necessary to have physical access to the SIM card in order to copy it.

Other Cell Phone Technologies
Phones that operate on the CDMA network do not use SIM cards; instead, most save the phone number and other identifying information in the handset itself. While this can be less convenient for users, CDMA is most common in the US, where handsets are usually heavily subsidized and users may have less incentive to switch phones frequently. In addition, some carriers, mostly in Asia, do use their own removable card format, called a Re-Useable Identification Module (RUIM).
As technology changes, however, more cell phone providers are upgrading to 3GPP Long Term Evolution (LTE), which is based on GSM technology. This means that some sort of SIM card is likely to be required for devices that use this network.

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