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2010-12-01T20:48:00.000-08:00

Improvements

8 GB separate internal memory
Larger display (up from 2.6 inches (66 mm) to 2.8").
128 MB RAM (up from 64 MB), 95 MB available.
Demand paging (although the N95 supports this too, since firmware version 20.0.015^[19])
1200 mAh battery (BL-6F), up from 950 mAh
Cosmetic changes to media and front-panel buttons
New model of handsfree/remote control, AD-54^[20] (as opposed to AD-43^[21] for previous N95 versions)
New multimedia menu, with Nokia's Ovi content integration
Built-in Automatic Screen Rotation (ASR) in software versions v20.0.016 onwards for the N95 8GB version and from v30.0.015 for N95-1, respectively.
Black faceplate instead of the original silver.

[edit]Negative changes

Pixel density is 142 DPI, compared to 153 DPI for the N95; this is due to the larger display but with the same resolution (QVGA)
MicroSD slot removed
Slider protecting camera lens removed to make room for the larger battery; the camera application is now started by holding down the shutter release button
Removal of built-in video editor (later added with the firmware upgrades)
Mass: 128 g, up 8 g from 120 g

[edit]N95 NAM (N95-3)

The Nokia N95-3 is a revision of the N95, internally designated as RM-160, designed specifically for the North American market. It is also available in Australian and South American market.

The following was changed from the original version:

128 MB RAM, up from 64 MB.
WCDMA (HSDPA) 850 and 1900 MHz, instead of 2100 MHz.
1200 mAh battery, up from 950 mAh.
Talk time up to 190 min (WCDMA), up to 250 min (GSM).
Slider protecting camera lens removed to make room for the larger battery.
Camera flash moved to the vertical axis of the phone, so when the phone is used as a camera it sits to the side of the camera, instead of below as in the N95-1.
Cosmetic changes to media buttons.
Height: 2.05 cm, down from 2.10 cm.
Mass: 125 g, up from 120 g.
White keyboard light instead of blue for visibility improvement.
Current firmware version V 35.2.001, 13-10-09, RM-160

[edit]N95 8GB NAM (N95-4)

The main differences to the N95-2 are:

Camera lens is now more flush with the phone's face.
Multimedia keys are less glossy.
Users will have to upgrade to at least firmware version 31.2.007 to have automatic screen rotation (ASR) supported. The latest firmware version issue has a Wi-Fi problem, resulting in being connected for only a few minutes before getting disconnected for seemingly no reason and then freezing/locking up the phone. Those users who's N95-4 came out-the-box with v31.2.007 or newer, and submitted a warranty claim while under the 1st year of manufacturer's warranty with Nokia, would receive a completely exchanged unit with v20.0.016. Nokia does not offer a fix for this issue, resulting in users having to add on a data plan through their provider. Be aware of this issue when intentionally upgrading to version 31.2.007 firmware.

Both N95-3 and N95-4 have also some additional changes, such as the removal of the sliding lens cover for the camera, improved battery life, and doubling of runtime memory (RAM) from 64 to 128 MB^[7] ^[8] ^[9] ^[10].

[edit]N95 CHINA (N95-5)

Featuring the internal name RM-245, the N95-5 is targeted at the Chinese market. The main difference from the regular N95 is the lack of any 3G connectivity support, which has not been yet adopted in China at the time of release ^[22], and the absence of WLAN connectivity, due to Chinese regulations.

[edit]N95 8GB CHINA (N95-6)

The N95-6, internally coded RM-321 is a Chinese market-targeted version of the N95-2, lacking 3G and WLAN support just like the N95-5.^[22]

[edit]Versions comparison

This table lists only the specifications that differ between versions of the N95 models. (Most details in this table are from ^[23] ^[24] ^[25].)

Feature	N95 (N95-1)	N95 8 GB (N95-2)	N95 NAM (N95-3)	N95 8 GB NAM (N95-4)	N95 CHINA (N95-5)	N95 8 GB CHINA (N95-6)
Internal name	RM-159	RM-320	RM-160	RM-421	RM-245	RM-321
Release date	March 2007	August 2007	November 2007	January 2008	February 2008	February 2008
WCDMA frequencies	2100 MHz	2100 MHz	850/1900 MHz	850/1900 MHz	none	none
WLAN connectivity	yes	yes	yes	yes	no	no
Internal Dynamic Memory (RAM)	64 MB	128 MB	128 MB	128 MB	128 MB	128 MB
Internal Flash Memory	160 MB	8 GB	160 MB	8 GB	160 MB	8 GB
Memory card slot	micro SD/SDHC	none	micro SD/SDHC	none	micro SD/SDHC	none
Battery	950 mAh	1200 mAh	1200 mAh	1200 mAh	1200 mAh	1200 mAh
Talk time (GSM)	4 hr	5 hr	5 hr	5 hr	5 hr	5 hr
Standby time (GSM)	9.3 days	11.6 days	12 days	12 days	10.5 days	12 days
Screen	diagonal 2.6"	diagonal 2.8"	diagonal 2.6"	diagonal 2.8"	diagonal 2.6"	diagonal 2.8"
Mass	120 g	128 g	124 g	128 g	124 g	128 g
Camera lens cover	yes	no	no	no	yes	no

[edit]Ad slogans

English: "It's what computers have become."
Latvian language: "Tagad dators izskatās tā." (Translated "Now it looks like a computer.")

[edit]See also

[edit]References

2010-12-01T20:44:00.001-08:00

The phone was unveiled in September 2006 and was released at the end of March 2007.

On March 08, 2007 Nokia was shipping N95 in key European, Asian and Middle Eastern markets^[4]. It was on sale in many countries on the week of March 11.

On April 7, 2007, the N95 went on sale in the United States through Nokia's Flagship stores in New York and Chicago and through Nokia's nseries.com website. No US carriers were expected to offer this phone. The U.S. version started retailing without carrier branding or discounts in Nokia's flagship stores in New York and Chicago on September 26, 2007.^[5]^[6].

On August 29, 2007, two updated versions of the N95 were announced at a press event in London; first, the N95-2 (N95 8GB), an updated version for the European/Asian markets with 8 gigabytes of internal storage and larger screen^[7] ^[8] ^[9] ^[10]; secondly, the N95-3 (N95 NAM), replacing the original 2100 MHz W-CDMA air interface with support for the 850 MHz and 1900 MHz frequencies used for the 3G networks of most GSM-compatible mobile carriers in the Americas, including AT&T Mobility.

Finally, later on January 7, 2008, Nokia introduced the N95-4, which is the US 8 GB version of the N95-3. The phone got its FCC approval on January 30 and launched March 18^[11]^[12]. The first carrier to utilise this approval was Rogers Wireless in May 2009.

[edit]Features

The Nokia N95 open

[edit]Integrated GPS Ability

The N95 contains an integrated GPS receiver which is located below the 0 key on the keypad. The phone ships with Nokia Maps navigation software. This phone is not yet on the list of smartphones that Nokia is giving a free lifetime of voice navigation for.

[edit]Multimedia Features

The N95's dedicated multimedia keys are accessed via the 2-way slider

Out of the box, the N95 supports audio in MP3, WMA, RealAudio, SP-MIDI, AAC+, eAAC+, MIDI,AMR and M4A formats. Its two-way slide, when opened towards the keypad, allows access to its media playback buttons. A standard 3.5 mm jack is located on the left side of the phone and allows the user to connect any standard headphones to the unit. Users can also use Bluetooth for audio output using A2DP, or use the built-in stereo speakers. The N95 is also capable of playing video in3GP, MPEG4, RealVideo and in newer firmware, Flash Video formats. All of the phone's video output can also be played through the TV-out feature. TV-out is a feature offered by the phones OMAP processor, that allows users to connect the smartphone, using the supplied cable, to a TV or any other composite video input. Its main purpose is to allow users to show photos and videos on a large screen. The N95's built in UPnP capabilities also allow the user to share the phones' media over a WLAN network. This provides easy access to the photos, music and videos stored on the phone, from other UPnP capable devices on the network, enabling them to be watched or downloaded over the air.

[edit]Internet

The N95 has built-in Wi-Fi, with which it can access the Internet (through a 802.11b/g wireless network). The N95 can also connect to the Internet through a carrier packet data network such as UMTS, HSDPA, or EDGE. The webkit-based browser displays full web pages as opposed to simplified pages as on most other phones. Web pages may be viewed in portrait or landscape mode and automatic zooming is supported. The N95 also has built-in Bluetooth and works with wireless earpieces that use Bluetooth 2.0 technology and for file transfer.

It should be noted that the original N95 does not support US based versions of UMTS/HSDPA; UMTS features in these versions of the phone are disabled by default. Furthermore, the later N95 US versions support only AT&T's 850/1900 MHz UMTS/HSDPA bands, neither 1700 MHz of T-Mobile USA nor 2100 MHz bands are supported internationally.

The phone can also act as a WAN access point allowing a tethered PC access to a carrier's packet data network. VoIP software and functionality is also included with the phone (though some carriers have opted to remove this feature).

[edit]Accelerometer

The N95 includes a built-in accelerometer. This was originally only used for video stabilization and photo orientation (to keep landscape or portrait shots oriented as taken).

Nokia Research Center has allowed an application interface directly to the accelerometer, allowing software to use the data from it. Nokia has released a step counter application to demonstrate this.^[13]^[14] Another Nokia-created application taking advantage of the accelerometer is Nokia Sports Tracker.

Third-party programs have been created, including software that will automatically change the screen orientation when the phone is tilted, programs that simulate the sounds of a Star Wars lightsaber^[15] when the phone is waved through the air, allow you to mute the phone by turning it face-down, and many more.

[edit]N-Gage

The N95 is compatible with the N-Gage mobile gaming service.

[edit]Specification sheet

Feature	Specification
Form factor	two-way slider
Operating System	Symbian OS v9.2, S60 3rd Edition, Feature Pack 1
Screen	QVGA Matrix, diagonal 2.6" (N95-1, N95-3, N95-5) or 2.8" (N95-2, N95-4, N95-6), 16 million colours, 240x320 pixels
Size	99 mm × 53 mm × 21 mm
CPU	Dual 332 MHz Texas Instruments OMAP 2420 (ARM11-based)^[16]
Internal Dynamic Memory (RAM)	128 MB (55.9 MB for N95-1)
Internal Flash Memory	147.3 MB (8 GB for 8 GB versions)
Camera	Frontal CIF video call & main rear 2592 × 1944 camera with auto-focus, Carl Zeiss optics, capture Aspect ratio (image)4/3 (1.33:1)
Video recording	Yes, VGA (640×480) video capture of up to 30 fps, same aspect ratio as camera see above
Graphics	Fully HW accelerated 3D (OpenGL ES 1.1, HW accelerated Java 3D)
Memory card slot	Yes, microSD/microSDHC (except N95-4; 8 GB model) - supports up to 16 GB cards
Bluetooth	Yes, 2.0 + EDR; supports most profiles, including: HSP and HFP for hands-free calling; A2DP and AVRCP for stereo audio and control; HID to attach a compatible keyboard; DUN to use phone as a modem for internet tethering from other devices; OBEX to send and receive business cards, pictures, and other files
GPS	Texas Instruments GPS5300 NaviLink 4.0 (receiver located under the 0 key)
Wi-Fi	Yes, with wireless LAN (802.11 b/g) and UPnP (Universal Plug and Play)
Infrared	Yes
Data cable support	Yes, USB 2.0 via mini USB port
Email	Yes (ActiveSync, POP3, IMAP4 and SMTP, with SSL/TLS)
Music player	Yes, Stereo speakers with 3D audio
Radio	Yes, Stereo FM Radio, and Visual Radio (wired headphones or hands-free required)
Video Player/editor	Yes
Polyphonic tones	Yes, 172 chords
Ringtones	Yes, MP3/AAC/AAC+/eAAC+/WMA/M4A, RealAudio
HF speakerphone	Yes, with 3.5 mm audio jack and 2.1A2DP wireless stereo headphone support
Offline mode	Yes
Battery	BL-6F 1200 mAh (BL-5F 950 mAh for N95-1)
Talk time	up to 160 min (WCDMA), up to 240 min (GSM)
Standby time	up to 200 hours (WCDMA) or 225 hours (GSM)^[17]
Latest firmware	v35.0.002

[edit]Variations

[edit]N95 8GB (N95-2)

The N95 8GB

A revision of the N95, called N95 8GB (N95-2, internally known as RM-320), was announced on August 21, 2007, and put on market in October 2007^[18].

2010-12-01T20:42:00.000-08:00

The Nokia N95 (N95-1, internally known as RM-159) is a smartphone produced by Nokiaas part of their Nseries line of portable devices. It was released in 2007. The N95 runsSymbian OS v9.2, with a S60 3rd Edition user interface. The phone has a two-way sliding mechanism, which can be used to access either media playback buttons or a numeric keypad. It was first released in silver and later on in black, with limited edition quantities in gold and purple.

Its capabilities include^[1]^[2]: a Global Positioning System receiver with maps and optionalturn-by-turn navigation; a 5 megapixel digital camera with Carl Zeiss optics, flash, video recording and video conferencing; wireless connectivity via HSDPA, IrDA, 802.11x andBluetooth; a portable media player with the ability to download podcasts over the air; a FM Radio tuner; Composite Video output via included cable; multi-tasking to allow several applications to run simultaneously; a web browser with support for HTML, JavaScript andAdobe Flash; messaging via SMS, MMS and e-mail; Office suite and organizer functions; and the ability to install and run third party Java ME or Symbian mobile applications.

Since the introduction of the original N95-1, several updated versions have been released as well: The N95 8GB with 8 gigabytes of internal storage and a larger display, the N95 NAM and the N95 8GB NAM with support for North American UMTS (3G) bands, and finally the lower cost N95-5 and N95-6 for the Chinese market. On the release date in 2007, the phone cost close to 350 euros, roughly about 500 US dollars. Even with the release of many more Nseries phones, the current retail price is still rounding the 400 $US^[3], about 300€.

2010-12-01T20:32:00.001-08:00

A mobile phone (also called mobile, cellular telephone, cell phone, handphone or handy^[1]) is an electronic device used for two-way radio telecommunication over a cellular network of base stations known as cell sites. Mobile phones differ from cordless telephones, which only offer telephone service within limited range through a single base station attached to a fixed land line, for example within a home or an office.

A mobile phone allows its user to make and receive telephone calls to and from the public telephone network which includes other mobiles andfixed-line phones across the world. It does this by connecting to a cellular network owned by a mobile network operator. A key feature of the cellular network is that it enables seamless telephone calls even when the user is moving around wide areas via a process known as handoff or handover.

In addition to being a telephone, modern mobile phones also support many additional services, and accessories, such as SMS (or text) messages, e-mail, Internet access, gaming, Bluetooth and infrared short range wireless communication, camera, MMS messaging, MP3 player, radio and GPS. Low-end mobile phones are often referred to as feature phones, whereas high-end mobile phones that offer more advanced computing ability are referred to as smartphones.

The first handheld mobile phone was demonstrated by Dr. Martin Cooper of Motorola in 1973, using a handset weighing 2 kg (4.4 lb).^[2]Motorola released the first commercially available mobile phone, the DynaTAC 8000x, in 1983. In the year 1990, 12.4 million people worldwide had cellular subscriptions.^[3] By the end of 2009, less than 20 years later, the number of mobile cellular subscriptions worldwide reached approximately 4.6 billion, 370 times the 1990 number, penetrating the developing economies and reaching the bottom of the economic pyramid.^[4]

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