Fujifilm X-T1 Mirrorless Camera Forensic Bundle

The Fujifilm X-T1 Mirrorless Digital Camera features a 16.3 megapixel APS-C X-Trans CMOS II sensor and an EXR Processor II to produce high-resolution imagery with an expandable sensitivity range from ISO 100-51200 as well as a top continuous shooting rate of 8 fps. Fujifilm's proprietary X-Trans sensor uses a unique randomized pixel array in order to avoid the use of a resolution-reducing optical low-pass filter, therefore providing images with the utmost sharpness and clarity. This imaging system is benefitted by the Intelligent Hybrid AF system, which uses both contrast- and phase-detection methods to acquire focus quickly and accurately. Enhanced manual focusing capabilities are also a result of these technologies; Digital Split Image and Focus Highlight Peaking are two methods for quickly and precisely determining focus using intelligent focusing aids for improved control and optimized efficiency.

For image monitoring, review, and menu navigation, both a 2,360k-dot OLED electronic viewfinder and a 3.0" 1,040k-dot tilting LCD screen are available. The body design extends this versatility through the implementation of manual, physical control dials on the top plate of the camera as well as customizable buttons and a Q Menu button for expedited access to some of the most useful settings. This control scheme further enables an intuitive built-in Wi-Fi system for direct sharing of imagery to an Android or iOS mobile device for instant sharing online.

Full HD 1080p movie recording in multiple frame rates is possible and a 2.5mm microphone input permits the use of an optional external microphone for improved audio quality with recordings. Full-time continuous focusing is supported while taking video, also, as well as the use of Film Simulation modes. Film Simulation modes make use of Fujifilm's history of producing both negative and slide films, and allow you to apply those films' characteristics to your digital imagery to better suit your intended look.

Designed specifically for the Fujifilm X-series of interchangeable lens cameras with APS-C sensors, this Fujifilm 60mm f/2.4 XF Macro Lens is a short telephoto lens equivalent to 90mm in 35mm format. The fast, bright f/2.4 maximum aperture makes shooting in low light possible, and provides pleasing bokeh (the out-of-focus portion of a photo) with its 9-blade aperture design--ideal for dramatic portraits.

To take advantage of the X-series cameras' mirrorless design, the rear element of the lens is as close as possible to the sensor, minimizing the back focus distance appreciably. The lens construction includes a metal barrel, Super EBC coating for improved optical performance, and it delivers improved center-to-edge resolution and brightness free from chromatic aberration. This macro lens has a maximum magnification of 0.5x, and the aperture ring has 1/3-stop click stops for more precise exposures.

The Fujifilm XF 18-135mm f/3.5-5.6 R LM OIS WR Lens is a wide-angle to telephoto zoom lens designed for Fujifilm X-mount mirrorless cameras, where it provides a 35mm-equivalent focal length range of 27-206mm. Its optical system comprises 16 elements in 12 groups and includes four aspherical elements and two extra-low dispersion glass elements to maintain an overall compact form factor as well as reduce chromatic aberrations and distortions throughout the zoom range. An HT-EBC multi-layer coating has also been applied to lens elements to suppress lens flare and ghosting to realize contrast-rich, color-neutral imagery.

Benefitting this lens' use in difficult lighting conditions, an enhanced optical image stabilization system compensates for up to five effective stops of camera shake to produce sharper imagery with slower shutter speeds. For working in fast-paced situations, an inner focusing system, coupled with a linear AF motor, produces smooth and quiet focusing with a max AF speed of just 0.1 seconds.

Protecting the lens in inclement weather, the barrel features 20 distinct seals and an internal ventilator offers smooth zoom adjustment while preventing dust and moisture from entering the lens.

Providing users with a portable lighting solution, the EF-42 Flash from Fujifilm features a guide number of 138' at ISO 100 and 105mm and is fully compatible with Fujifilm cameras, offering TTL flash metering support. The flash head itself has a zoom range from 24-105mm with full-frame cameras which can be extended down to 20mm with a wide-angle panel. Also, bounce flash is possible with tilting upward 90° and rotation 120° right and 180° left, for full control over light placement.

The flash offers full manual controls if desired from 1/1 to 1/64 power as well as exposure compensation from -1.5 to +1.5 EV in 1/2 EV steps. Also, the front of the unit has an AF assist light and it has a recycle time of 3 to 3.5 seconds at full power. It runs on 4 AA batteries.

The RR-90 Remote Release is a wired shutter release designed for use with select Fujifilm digital cameras. Mimicking the same controls as the camera's shutter release, this remote supports half-pressing for focus and full pressing for exposures. Additionally, the release button can be locked into position to support making long exposures in bulb mode.

The NP-W126 Li-Ion Battery Pack from Fujifilm is a rechargeable Lithium-ion battery that is compatible with several Fujifilm FinePix and Fujifilm X-series cameras.

The VG-XT 1 Vertical Battery Grip for the Fuji X-T1 allows the user to hold the camera vertically with a more confident and comfortable grip. It also supports an auxiliary NP-W126 battery, allowing enough charge for approximately 700 frames when used in combination with the cameras battery. The grip is equipped with a shutter release button, twin command dials, AE-L , AF-L and Focus Assist buttons. Intuitive design puts all the controls where your fingers expect them to be. The tripod mounting socket is located in line with the camera's optical axis. The grip is weather and dust resistant.

The B+W 67mm UV/IR Cut MRC 486M Filter is an ultraviolet and infrared control filter that is useful for digital cinematography as well as still photography. While recording video with a CCD or CMOS camera, multi-stop neutral-density filters are used to maintain proper exposure by compensating for increased light levels when widening the camera lens's iris to obtain a narrower depth of field. As the increased amount of light passes through multi-stop neutral-density filtration, visible light is progressively blocked, while infrared light is allowed to pass through. As the proportion of infrared light that reaches the sensor of a camera being used for digital cinematography becomes greater, the results can show unwanted color shifts, particularly in dark areas of the frame such as shadows where the appearance of black is dominant.

When the B+W 67mm UV/IR Cut MRC 486M Filter is applied, 88% of ultraviolet light waves are blocked at 380 nanometers along with 95% of infrared light waves at 700 nanometers, helping to ensure that light falling on a digital camera sensor is limited to the visible spectrum. When used along with multi-stop neutral-density filters while recording with a digital sensor, potential infrared color shifts are prevented or minimized, preserving color accuracy throughout the frame. This filter may also be used to help ensure that the appearance of unwanted blue casts is reduced while recording digital video or still photos under daylight that also features intense ultraviolet light.

The front surface of a B+W 67mm UV/IR Cut MRC 486M Filter includes thirty layers of interference coatings which allow it to limit the light that falls on a digital camera sensor to the visible spectrum. When combined with a wide-angle lens, lower-frequency wavelengths of visible light associated with yellow, orange, and red colors passing through the filter and along that lens type's curved edges can be impeded in a significantly greater degree than higher-frequency wavelengths of visible light associated with blue and violet colors. This can result in an unwanted cool cast along the edges of an image taken with a B+W 67mm UV/IR Cut MRC 486M Filter and a wide-angle lens. To avoid such color shifts along the edges of an image when using this filter, it is recommended not to be used with lenses that are intended to provide an angle of view greater than 60°.

Eight layers of anti-reflection coating are included on the rear glass surface of this B+W 67mm UV/IR Cut MRC 486M Filter. This Multi-Resistant Coating (MRC) prevents internal ghosting and reflections, offers protection to the filter substrate, and helps its rear surface to stay clean for longer than with uncoated filters.

B+W filters are constructed from Schott glass for increased optical clarity and color fidelity. The B+W 67mm UV/IR Cut MRC 486M Filter features an F-Pro brass filter ring for durability and jamming prevention, as well as 67mm front filter threads that allow it to be paired with other filter types. When in use, but not combined with another filter that provides a specific effect, it is recommended to place a clear, protective filter over the B+W 67mm UV/IR Cut MRC 486M Filter to prevent damage to its front interference coatings.

The B+W 39mm UV/IR Cut MRC 486M Filter is an ultraviolet and infrared control filter that is useful for digital cinematography as well as still photography. While recording video with a CCD or CMOS camera, multi-stop neutral-density filters are used to maintain proper exposure by compensating for increased light levels when widening the camera lens's iris to obtain a narrower depth of field. As the increased amount of light passes through multi-stop neutral-density filtration, visible light is progressively blocked, while infrared light is allowed to pass through. As the proportion of infrared light that reaches the sensor of a camera being used for digital cinematography becomes greater, the results can show unwanted color shifts, particularly in dark areas of the frame such as shadows where the appearance of black is dominant.

When the B+W 39mm UV/IR Cut MRC 486M Filter is applied, 88% of ultraviolet light waves are blocked at 380 nanometers along with 95% of infrared light waves at 700 nanometers, helping to ensure that light falling on a digital camera sensor is limited to the visible spectrum. When used along with multi-stop neutral-density filters while recording with a digital sensor, potential infrared color shifts are prevented or minimized, preserving color accuracy throughout the frame. This filter may also be used to help ensure that the appearance of unwanted blue casts is reduced while recording digital video or still photos under daylight that also features intense ultraviolet light.

The front surface of a B+W 39mm UV/IR Cut MRC 486M Filter includes thirty layers of interference coatings which allow it to limit the light that falls on a digital camera sensor to the visible spectrum. When combined with a wide-angle lens, lower-frequency wavelengths of visible light associated with yellow, orange, and red colors passing through the filter and along that lens type's curved edges can be impeded in a significantly greater degree than higher-frequency wavelengths of visible light associated with blue and violet colors. This can result in an unwanted cool cast along the edges of an image taken with a B+W 39mm UV/IR Cut MRC 486M Filter and a wide-angle lens. To avoid such color shifts along the edges of an image when using this filter, it is recommended not to be used with lenses that are intended to provide an angle of view greater than 60°.

Eight layers of anti-reflection coating are included on the rear glass surface of this B+W 39mm UV/IR Cut MRC 486M Filter. This Multi-Resistant Coating (MRC) prevents internal ghosting and reflections, offers protection to the filter substrate, and helps its rear surface to stay clean for longer than with uncoated filters.

B+W filters are constructed from Schott glass for increased optical clarity and color fidelity. The B+W 39mm UV/IR Cut MRC 486M Filter features an F-Pro brass filter ring for durability and jamming prevention, as well as 39mm front filter threads that allow it to be paired with other filter types. When in use, but not combined with another filter that provides a specific effect, it is recommended to place a clear, protective filter over the B+W 39mm UV/IR Cut MRC 486M Filter to prevent damage to its front interference coatings.

The B+W 39mm UV Black (403) Filter is a specialized filter used to block visible light while allowing UV A radiation (320-385nm) to pass through. This filter differs significantly to the more well known UV filter, which does the opposite by blocking UV radiation. The UV Black filter visibly appears completely black and is used in combination with specially sensitized films for applications such as forensic photography, material research, and fluorescence photography. Depending on the illumination and materials being used, the filter factor ranges from 8 to 20 (3 to 4.3 stops).

B+W filters are constructed from high quality Schott glass for increased optical clarity and color fidelity. They feature a brass filter ring for durability as well as jamming prevention.

The B+W 39mm IR Dark Red (092) Filter is used for infrared photography with digital cameras and specialized infrared films. This nearly opaque filter blocks all visible light up to 650nm, lets 50% of radiation pass between 650 and 700nm, and more than 90% of radiation pass between 730 and 2000nm. Infrared film sensitivity is rarely greater than 1000nm, so this filter essentially allows most perceivable infrared radiation to be transmitted. Due to the nature of infrared photography, the filter factor for this filter is highly variable and depends largely on your film sensitivity and lighting conditions.

B+W filters are constructed from high quality Schott glass for increased optical clarity and color fidelity. They feature a brass filter ring for durability as well as jamming prevention.

The B+W 39mm Infrared 093 Filter corresponds to a Wratten 87C filter and is designed to help capture images of how a subject reflects or transmits infrared light.

Infrared light waves occupy the space in the electromagnetic spectrum behind visible light due to their longer wavelengths. Many surfaces and materials react to, or emit infrared light waves differently than visible light waves, which provide the potential for photographs of subjects or subject properties that are otherwise invisible to the human eye. Such images require an infrared-sensitive medium such as infrared film or a digital photographic sensor which may be more effective when used without the infrared-blocking filters that are frequently built over them.

Conventional light sources such as the sun, photographic strobes, or incandescent lighting may be used to provide infrared illumination. However, because infrared films or digital photographic sensors can be more sensitive to the relatively higher energy and shorter-wavelength visible light those sources also emit, the effects of infrared light can be otherwise obscured. The B+W 39mm Infrared 093 Filter makes it possible to capture images of how subjects are illuminated by infrared light by blocking near-infrared, visible, and ultraviolet light waves while allowing approximately 88% of infrared light waves 900nm or greater into the lens it is mounted onto.

This filter is constructed from Schott glass for increased optical clarity and features an F-Pro brass filter ring for durability as well as jamming prevention.

The B+W B6 Filter Pouch is a flexible plastic padded filter pouch with slots for six filters up to 62mm.