What about the Nikon D700? I need a professional Thank you!

Even before the opening of the World Image Expo in April 2008, Nikon announced that the new camera had many similar features to the professional D3, and it was the first model of Nikon's quasi-professional camera to feature a full-frame image sensor. The performance characteristics of the D700 are outstanding. In addition to the full-frame sensor, it can shoot very low-noise images at a high sensitivity of ISO6400, and the sensitivity can be extended to ISO25600.

There is also an automatic sensor cleaning system. The 3-inch high-resolution LCD display provides an accurate preview of the capsule. The 12.1 million effective pixels provided by the D700 are fully capable of meeting the requirements of larger size printing.

The metering of D700 has three modes: spot metering, ** key metering, 3D color matrix metering, etc. Spot metering is a 3mm diameter loop metering centered on the selected focus point.

The D700's focus mode: It has a precise autofocus system, and its MuitiCam3500FX autofocus sensor has also been used on the D3 body. It has 51 AF points, including 15 high-precision cross-shaped sensors, covering a wide range of images.

There are also 10 options available in the user settings to complete the autofocus system. In addition, the autofocus lock function can be enabled. D700 Mode:

In addition to program auto**, the D700 offers four modes: Manual Mode, Aperture Priority, and Shutter Priority. The D700's white balance system: In addition to being able to be set to automatic white balance, it also provides 8 white balance options to choose and adjust.

D700 shooting file storage options: D700 provides 8 combinations of RAW, TIFF, JPEG and other formats for users to choose. The D700 also features personalization, image optimization, vignetting control, multi**, image compositing, interval timer shooting, live view, depth of field preview, continuous shooting up to 5 frames, auto-rotation of images, virtual level, red-eye correction, built-in flash, and more.

I can't list them all here. In short, the D700 is a full-frame camera with better features and a higher cost performance at present.

As the second full-frame SLR camera in Nikon's DSLR camp, the D700 has been praised for its full-frame sensor with 12.1 million effective pixels and a 920,000-pixel LCD screen. The continuous shooting speed is slightly lower than that of the D3, with a maximum of 5 fps, and the fastest can reach 8 fps when using the multi-function battery pack MB-D10. The D700 also has 51 AF points, including 15 high-precision cross points, ISO100 ISO25600 ultra-wide sensitivity range, ISO6400 still has good practical value.

The D700 is a full-frame professional model, and the D7000 is a half-frame quasi-professional model.

The D700 is a full-frame machine with low pixel density and good image quality and high sensitivity, while the D7000 is a half-frame machine with high pixel density and poor image quality. (It's much better than the card machine).

D700 all-metal body, D7000 semi-metal body.

Single-lens reflex view cameras are also known as single-lens reflex cameras. It refers to a camera that uses a single lens, through which the light hits the mirror, and the light is viewed through the reflex.

The so-called "single lens" means that the photographic light path and the framing light path share a lens, unlike the rangefinder camera or double reflex camera with independent lenses for the framing light path.

"Reflective" means that a flat mirror in the camera separates the two optical paths: the mirror falls down during framing, reflecting the light of the lens to the pentaprism and then to the viewfinder window; When shooting, the mirror is quickly raised, and the light can hit the film or the image sensor CMOS or CCD.

In this system, the unique design of the mirrors and prisms allows the photographer to observe the image passing through the lens directly from the viewfinder.

As can be seen in the construction diagram of a single-lens reflex camera, the light passing through the lens reaches the mirror, reflects to the upper focusing screen and forms an image, and through the eyepiece and the pentaprism, we can see the outside scene in the viewing window. The light passes through the lens and is reflected by the reflector into the frosted viewfinder screen.

Through a convex lens and reflected in a pentaprism, the final image appears in the frame. When the shutter is pressed, the mirror moves in the direction indicated by the arrow, the mirror is lifted, and the image is captured on the CCD, as seen on the viewfinder.

The advantage of DSLRs over rangefinders is that what you see is what you get, and the angle of the image in the viewfinder is the same as the angle at which the final film is produced. However, in contrast to rangefinder cameras, the rear focus of a DSLR lens needs to be able to image simultaneously at the position of the reflector and the focal plane position of the image sensor.

It is necessary to create a false focus before imaging the focal plane, which makes the structure of the optical lens of the DSLR camera more complex, the volume is larger, and the imaging effect is not as direct and transparent as the rangefinder camera. At the same time, the volume of the "reflector" should be thick and bulky.

The Nikon D700 is characterized by low pixel density and a large lighting area per pixel, resulting in unrivaled high ISO image quality. On the contrary, the D800 is characterized by ultra-high pixel density and ultra-high resolution, which is suitable for outputting large-format images. However, the high ISO image quality is average.

D800 has been replaced by D810, D810 uses a new CMOS sensor with the same high pixels, the native ISO reaches 64, with a high ** tolerance, delicate image quality, and is in the leading position in the industry. The D700 has been released for years, and its 12-megapixel sensor seems a bit out of place.

The Nikon D700 is modeled after the D300 with minor modifications, and also features a magnesium alloy shell, chassis, and reflector case. Nikon develops and manufactures a shutter unit whose shutter blades are made of new materials (carbon fiber and Kelver's composite material). The self-diagnostic shutter continuously monitors and maintains the accuracy of the shutter.

The Nikon D700 uses a 3-inch LCD screen with approximately 920,000 pixels, and also features live view. Like the D3 and D300, there is also a sub-LCD screen on the right shoulder of the D700 to display the shooting parameters, which is convenient**. Behind the shutter buttons, there are MODE buttons and ** compensation buttons side by side.

The Nikon D700[2] DSLR is Nikon's first full-frame DSLR for the mid-range market after the launch of its first full-frame DSLR D3. The Nikon D700 is positioned between the Nikon D300 and the D3, and is a cheap and lightweight alternative to the D3.

Model. In terms of performance, it inherits many aspects of the D3, such as the FX3500, a 51-point focusing system that is exactly the same as the Nikon D3, the same sensor used as the 12-million-pixel full-frame CMOS on the Nikon D3, and the D700's image processor that uses the Expeed system on the D3.

In so many ways, the Nikon D700 has ported these technologies completely from the D3, which has become the main reason why the D700 has attracted so much attention in the mid-range market. In addition, the Nikon D700 also comes with a LiveView real-time shooting mode, which is used on a 920,000-pixel 3-inch screen, which can be said to represent the highest level of display in cameras at present.

In addition, the D700 comes with a CMOS dust removal system, which is not even included in the Nikon D3. The D700 has a default burst speed of up to 5 fps, but with the original MB-D10 vertical grip and the use of 8 AA batteries or Nikon En-EL4A Li-ion batteries, the maximum burst speed can reach 8 fps, plus the same FX3500 focusing system as the D3, which means that the Nikon D700 also has very strong sports shooting potential.

1.Recording issues.

The D7000 can be used for DSLR recording. The D700 cannot.

2.Full-frame issues.

To put it simply, full-frame (D700) has a large sensor. The ASP-C format (D7000) sensor is small. Bigger means better picture quality. At the same time, the cost is also higher.

3.Getting started questions.

There is no need to buy a particularly good machine when you are new to photography, and the D700 is almost discontinued. It is better to use the D7000 plus a lens such as 18-200mm or 18-105mm. There is no need to burn equipment for photography, but more importantly, the understanding and perception of photography.

Lay a solid foundation and be familiar with composition and lighting. In this way, when taking pictures of colleagues, classmates, and family members, you will also be handy, and others will only praise your work for being good rather than the machine.

4.Funding issues.

The D700 set is estimated to be 20,000. D7000 is 10,000. If you buy a D7000, you can also have a good lens, such as Nikon12-24 gold wide angle, which feels really great. Magnificent.

The D7000 is designed for situations like this. The D700 is too extravagant for you, and it's aimed at enthusiast users that you simply don't need it: the full-frame image quality is mainly improved, but it's usually not noticed, and it requires a good lens to be effective.

In layman's terms, the full frame is the size of a film camera of 135. And the APS format is quite full-frame.

Therefore, the lens is also divided into full-frame head and APS head. But the head used in APS needs to be multiplied by a coefficient, for example, 50 is 50 in the full width, and 80 in APSIn this way, you are so old in the choice of lenses that you can't even find the right head.

Another example: 24-70 for full frame can be used for most shots, while 24-70 for APS does not have a wide angle.

For you, the D7000 is more suitable for you, and can meet all your needs.

Also, no matter how expensive the D7000 is, it can't compare to the 700.

It is recommended that you buy D7000, after all, D7000 is new after all, and it is cheaper, and it can be upgraded later.

If you have the money to get it in one step--- D700--- I recommend Canon 5D

A few suggestions from me:

1. If you mainly take photography and don't care about photography, you buy D700, D700 can't take pictures.

2. If you pay for it personally, D7000, the unit must pay for D700, and the camera is equipped with camera equipment.

3. Of course, the full-frame camera is good, the lens does not need to be converted, and the focal length of the non-full-frame should be multiplied, if you want to learn photography in the future, you will understand, or the full-frame stick.

4. The most important thing is that the D700 photosensitive device is advanced, the body is made of aluminum-magnesium alloy, strong and reliable.

Finally, I recommend the D700 body, and then with an analogue, there are a lot of them, it is more economical. I'm going to do it when I can. Ha ha..

It seems that you don't understand the difference between full-frame and full-frame.

If you do figure it out, and you can afford to buy a D700, then if you don't buy a D700 and you buy a D7000 that isn't full-frame, then I'm sure you'll regret it in six months.

Because you spent almost 8,000 dollars on a non-full-frame machine. Even though this machine can shoot images, despite the fact that this machine has 16 million pixels, despite ...

However, it is not full-width and is destined to be another grade.

I own both the D700 and the D7000, but I am very clear that the reason why I have the D7000 is that I chose to buy another D7000 after I had a full set. If you only use one machine, you can afford to buy the full frame, but you don't buy it. That's doomed to regret.

Highly recommend buying the D700, if nothing else, full frame, definitely worth it.

If the economic conditions allow, of course, D700 is good, and it can be upgraded in one step, as for the full pair, it is necessary to say that the film of the traditional 135 camera, the size is 24mmx36mm, although the digital SLR does not have film, but there is an image sensor (CCD or CMOS), which is equivalent to the film of the traditional camera, so the camera with the image sensor of about 24mmx36mm is called a full-frame camera.

I recommend the entry combination of good camera + bad lens, first use the bad lens to understand the camera, and then change the lens.