Nikon Micro NIKKOR 55mm F 2 8 Avis | 54 Données comparées

According to Ken Rockwell, the Nikon 55mm f/2.8 AI-s Micro-NIKKOR is a legendary, exceptionally sharp, and distortion-free lens, noted for its robust all-metal construction, Close Range Correction (CRC), and high value. While offering incredible image quality, the lens is limited to manual focus and requires an additional PK-13 tube for 1:1 macro, making autofocus alternatives more practical for some, notes Rockwell.

The Nikon Micro-NIKKOR 55mm f/2.8 Ai-S is recognized as a classic, affordable manual-focus lens delivering outstanding center sharpness, zero distortion, and excellent control over chromatic aberration. It serves as a versatile, compact, and sharp option when stopped down, providing high-quality imaging on the used market. Conversely, the lens suffers from noticeable field curvature and mild focus shift, resulting in weaker corner performance at maximum aperture. Additionally, it offers only 1:2 magnification natively rather than 1:1, and its manual-focus nature limits its utility for fast-moving subjects.

The Imaging Resource review identifies the manual focus Nikon 55mm f/2.8 AIS Micro-Nikkor as an exceptionally sharp optic, offering negligible distortion, minimal chromatic aberration, and a robust all-metal build for precise macro work. While highly regarded for flat-field reproduction, the lens exhibits prominent corner shading on full-frame sensors and is limited to a native 1:2 magnification ratio, requiring an extension tube for 1:1, notes.

In his review of the Nikon 55mm f/2.8 AF Micro-Nikkor, Ken Rockwell identifies the lens as one of Nikon's sharpest, delivering exceptional, distortion-free, flat-field images suitable for macro, scanning, and general use. Pros include its robust internal construction, a recessed front element that eliminates the need for a hood, and a reliable, albeit older, mechanical autofocus design. Cons include a "klunky" plastic exterior, and the fact that it will not autofocus on lower-end Nikon DSLRs lacking an internal motor. Furthermore, for serious, high-magnification work, the 55mm focal length is limited by a short working distance that can hinder lighting, leading to a recommendation for 105mm alternatives for dedicated macro photography.

The Nikon Micro-NIKKOR 55mm f/2.8 AI-S is a classic manual-focus macro lens praised for its exceptional versatility, metallic heft, and superb dual-purpose performance as both a sharp macro lens and a standard "normal" focal length lens. The reviewer opted to replace a broken 30-year-old version with a brand-new identical copy, noting that Nikon remarkably still produces this 1980s AI-S standard lens design. To test it, the author paired the lens with a 1983 Nikon FG SLR loaded with Kodak T-MAX 100 film for a walk through botanical gardens. The resulting images highlighted the enduring optical quality of this 40-year-old mechanical design. In terms of pros, the lens delivers incredible optical sharpness close up and at a distance, offers robust and long-lasting all-metal build quality, and provides flexible utility across vintage film cameras and adapted modern mirrorless bodies like the Sony A7 III. On the con side, macro work is technically challenging through a traditional SLR viewfinder compared to using a modern camera's electronic articulation and focus magnification. Additionally, reader comments point out a common long-term reliability flaw where the internal...

The Micro-Nikkor 55mm f/2.8 Ai-S is a highly revered manual-focus lens produced between 1979 and 2020 that features a 6-element-in-5-groups optical design with a Close Range Correction (CRC) system. On the positive side, it is celebrated for its incredible sharpness, flat field, near-absent distortion, and smooth bokeh quality, making it an excellent dual-purpose option for both high-resolution general photography and technical reproduction. It is also valued for its bright f/2.8 maximum aperture, compact barrel size, and a deep front barrel design that eliminates the need for a lens hood. Furthermore, its resolving power is capable of standing up to modern high-megapixel digital cameras. Conversely, the lens has several notable mechanical and optical shortcomings. Its most infamous flaws are a high tendency to develop an oily iris mechanism and seized, stiff helicoids due to deteriorating grease. This complex internal engineering makes the lens incredibly difficult and tedious for beginners to dismantle and repair. It also only reaches 1:2 magnification natively, requiring a separate, expensive Nikon PK-13 extension tube to achieve true 1:1 life-size magnification. Optically, minor chromatic aberration and vignetting are...

The Nikon Micro-Nikkor 55mm f/2.8 Review highlights this manual-focus lens as one of Nikon's sharpest optical achievements, featuring a 6-element construction and a 7-bladed diaphragm. Designed with a floating element system and Nikon Integrated Coating (NIC), it maintains exceptional clarity and contrast even at its closest focusing distance of 0.25 meters. The reviewer praises its standout pros, including its impressive edge-to-edge sharpness right from f/2.8, an excellent tactile feel on the manual focus ring, and clear depth of field and infrared markings. Ultimately, it is highly recommended as a crisp, durable tool for small product photography. Despite its high praise, the lens has a notable macro drawback: it natively only reaches a 1:2 magnification ratio, requiring a separate PK-13 extension tube to achieve a true 1:1 macro magnification. In the final verdict, the reviewer points out that the older Micro-Nikkor 55mm f/3.5 might actually be a superior buy because it delivers better infinity focus and is sharper when shot wide open. For photographers needing automatic 1:1 macro capabilities, the review suggests autofocus alternatives available at B&H Photo Video, such as...

The Nikon Micro-Nikkor 55mm f/2.8 Ai-S is a classic manual-focus macro lens introduced in 1979 that continues to deliver impressive performance on modern high-resolution digital cameras. A major pro of this lens is its exceptional sharpness at both macro and infinity distances, a feat achieved through its specialized close-range-correction (CRC) system. Reviewers praise its robust mechanical construction, highlighting a fluid focus ring with a generous 310° throw for precise adjustments, well-defined aperture clicks, and a complete absence of distortion, vignetting, or significant color fringing. It natively focuses down to a 1:2 reproduction ratio and pairs excellently with teleconverters and extension tubes for greater magnification. However, the lens comes with several notable drawbacks that users should consider. Its optical design makes it highly susceptible to flaring and ghosting due to reflections between internal lens elements, rendering it problematic when shooting directly into the sun. Optical resolution also begins to drop early due to diffraction starting at f/8, and a strong hotspot at smaller apertures makes it a poor choice for infrared photography. Mechanically, buyers must watch out for a notorious "oily...

The Nikon Micro-Nikkor 55mm f/2.8 AIS is a manual focus macro lens that delivers outstanding sharpness and resolution across its 1:4 to 1:1 magnification range. A major strength is its optical performance at wide apertures, achieving peak sharpness at f/4 and performing exceptionally well even at f/2.8, which is rare for similar lenses. It features a very flat field with no significant flare or distortion, very good image contrast, and minimal color fringing in the center of the frame. However, the lens does have a few distinct limitations. Its native capabilities only allow it to focus up to a 1:2 magnification ratio, requiring a 25mm extension tube (or Nikon PK-13) to achieve a true 1:1 macro ratio. When this extension tube is attached, the otherwise excellent corner sharpness suffers and peripheral color fringing increases to a mild 0.40–0.80 pixels. Additionally, due to its relatively short 55mm focal length, the working distance becomes significantly restricted when shooting at high magnifications.