Fuji FinePix X100 (2010–2013)

A compact digital camera with a large APS-C sensor and the world’s first hybrid optical/electronic viewfinder.

Overview

The Fujifilm FinePix X100 is a fixed-lens compact digital camera released between 2010 and 2013. It was first shown at Photokina 2010 and officially reviewed on March 17, 2011. The styling copies classic film rangefinders like the Leica M3, but the controls are manual and the imaging is digital. Inside is a 12.3-megapixel APS-C CMOS sensor behind a fixed 23mm f/2 lens, and the image quality rivals DSLRs of its era. Fujifilm marketed it to enthusiasts and street photographers who want portability, image fidelity, and tactile operation.

Specifications

Sensor	12.3 megapixel APS-C CMOS sensor
Lens	23mm fixed focal length F/2 lens
Aperture	F/2.0
Lens construction	9-blade aspherical lens
Focal length equivalency	23mm lens equivalent to 35mm
ISO range	100–12,800
ISO Auto Control	maximum sensitivity up to 3200
Shutter speed limit	1/1000th second at F/2
ND filter	3-stop Neutral Density filter
Close focusing distance	10cms
Normal focusing distance	80cms to infinity
Viewfinder	Hybrid Viewfinder combining optical and electronic viewfinder
Shutter type	quiet leaf shutter
Dimensions	126.5mm (W) x 74.4mm (H) x 53.9mm (D)
Weight	445g with battery and memory card
Controls	aperture ring, shutter speed dial, exposure compensation dial
Finish	leather-like finish
Lens cap	push-on, lined lens cap
Filter thread	optional 49mm accessory
Tripod mount	metal tripod mount, slightly off-center
Video recording	720/24P HD movies with stereo sound
Color options	silver, black
Built-in flash	built-in flash system
Display	2.8 inch LCD monitor, 460,000 dots
Storage	SD, SDHC, SDXC memory cards
Battery	NP-95 rechargeable lithium-ion battery
Autofocus	contrast-detect autofocus
Lens coating	Super EBC Coating

Design

The FinePix X100 takes its design from classic film rangefinders, particularly the Leica M3. The top and base plates are die-cast magnesium alloy, and the control dials are machined. A textured faux-leather surface wraps the full width of the body. There is a subtle front hand-grip and a rear thumb space. The chassis is rigid, with "absolutely no flex or movement." Aperture, shutter speed, and exposure compensation each get a dial. The hybrid viewfinder combines optical and electronic systems and switches automatically with an eye sensor. Two metal eyelets hold the shoulder strap. The shutter is a miniature electronic leaf shutter, and it is nearly silent. The 3-stop ND filter allows slow shutter speeds in bright conditions, but you have to reach it through the menu or map it to a function button.

Context

The X100 was introduced at Photokina 2010 and priced at £999 / $1299 at launch. Fujifilm positioned it as a premium compact alternative to DSLRs and early mirrorless systems. It competed directly with the Leica X1, and reviewers compared its size to the Panasonic GF2 and Sony NEX-5 with pancake lenses. Fujifilm played up its film heritage, with film simulation effects and superior auto white balance. It was marketed as the "world's first combined optical and electronic viewfinder camera," and it appealed to experienced photographers who wanted a manual, high-quality shooting experience. The fixed 23mm f/2 lens limited versatility, and the X100 became a niche favorite, especially among street photographers. It started a lineage: the X100S (2013), X100T (2014), and X100F (2017).

Market

One listing noted a used price of about $300 in 2019, suggesting value retention among collectors. Third-party NP-95 batteries are widely available, and the camera remains compatible with modern SDXC cards up to at least 32GB. No common failure modes are documented beyond autofocus hesitation in low-contrast scenes. The contrast-detect system can be slower than DSLRs, especially in dim light. The top shutter speed of 1/1000th second at f/2 may lead to overexposure in bright conditions without the ND filter. The X100 remains heavily in demand among seasoned photographers, who praise its build quality, image sharpness, and low-light performance.