Tamron 150-600mm g2 Vs. Sigma 150-600mm Sports Specs Comparison

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Tamron 150-600mm g2 Vs. Sigma 150-600mm Sports Specifications Comparison

If you are looking for a good quality telephoto lens, you have landed on the right post. Today here at LensXP, we are discussing two of the best telephoto zoom lenses available out there in the market. If you are already looking for one, we consider that you might understand well how a telephoto lens is different from the focal zoom lens. Still, here is a quick difference comparison between a telephoto lens and focal zoom lenses, which might help you, understand them more: Tamron 150-600mm g2 Vs. Sigma 150-600mm

A zoom lens goes from wide angle to telephoto range. In other words, it goes from low telephoto range to high telephoto range. To put it even more simply, it goes from low focal length value to high focal length value. On the other hand, a telephoto lens is made to work in high telephoto range especially. The view you get on your camera is highly dependent on the focal length of the lens you are using. If the value is extended, the things in front of camera appear large. If the focal length is short, it captures full area and objects appear smaller. Technically, there is particular meaning to a telephoto lens, in simple words, a telephoto lens is a lens with really long focal length.

So coming back to our topic, today, we are discussing following lenses:

Tamron 150-600mm g2 Vs. Sigma 150-600mm

We will be comparing all the important technical aspects and specifications side by side so you can get a better idea. Moreover, we will discuss all the major differences descriptively and understand how they leave an impact on the overall performance of the lens. So without any more delay, here we begin:

Specs Comparison:

General

Specifications Tamron 150-600mm G2

$899.00

Sigma 150-600mm Sports

$1,289.00

Packaged Quantity 1 1
Diameter 4.3 in 4.8 in
Length 10.2 in 1 ft
Weight 4.43 lbs 6.31 lbs
Accessory Type Lenses Lenses
Manufacturer Tamron USA, Inc SIGMA

Dimension & Weight:

Let’s talk about the basic things first. Tamron G2 has a diameter of 4.3 and is 10.2 inches long. On the other hand, Sigma Sports has 4.8 inches in diameter and is almost a foot long. This difference is because Tamron G2 has a (13, 21) lens structure and Sigma Sports has a (16, 24) lens structure. We will discuss more this later in the post. It also leaves an impact on their weight. Tamron G2 weights 4.43 lbs while Sigma Sports is a lot bulkier and weighs 6.31 lbs. These figures do not affect their performance, but lighter and compact lenses are more convenient to carry around. So Tamron 150-600 mm G2 is the winner here.

Carrying Case

Specifications Tamron 150-600mm G2

Sigma 150-600mm Sports

Included Accessories dust cap

lens cap

lens hood

tripod collar

dust cap

lens cap

lens case

lens hood

shoulder strap

Carrying Accessories:

The table above shows various carrying accessories you get with each lens. Both Tamron G2 and Sigma Sports ship with a dust cap (to be attached on the front when not in use), lens cap (to be connected to the back) and a lens hood. The hood is used to protect lens glass from harmful rays when shooting in daylight. However, it is not as useful as various lens filters available out there. Still, better than nothing. Moreover, Tamron G2 offers a Tripod Collar, which is essential for mounting heavy lenses on the tripod. Unfortunately, Sigma Sports doesn’t provide one. However, Sigma sports come with lens case and shoulder strap, which altogether make it convenient to carry the lens around. So as it is clear, both lenses have their advantages when it comes to included accessories.

Lens System

Specifications Tamron 150-600mm G2

Sigma 150-600mm Sports

Type Telephoto zoom lens Telephoto Zoom Lens
Focal Length 150 mm – 600 mm 150 mm – 600 mm
Magnification 1 / 3.9 1 / 5
Image Stabilizer Optical Optical
System Type lens Lens
Intended For 35mm SLR, digital SLR 35 mm SLR, Digital SLR
Optical Zoom 4 x 4 x
Series Di VC USD G2 DG OS HSM
Lens Coating Broad-Band Anti-Reflection coating (BBAR)

Extended Bandwidth & Angular-Dependency coating (eBAND)

Fluorine coating

Super Multi-Layer Coating
Mounting Type Canon EF Nikon F
Special Functions Tele, zoom Tele, Zoom
Lens Aperture f/5.0-6.3 f/5.0-6.3
Minimum Aperture f/32 – f/40 f/22
Min Focal Length 150 mm 150 mm
Max Focal Length 600 mm 600 mm
Min Focus Distance 7 ft 8.5 ft
Focus Adjustment automatic, manual Automatic, Manual
Zoom Adjustment manual Manual
Max View Angle 16.4 degrees 16.4 degrees
Min View Angle 4.1 degrees 4.1 degrees
Group Qty 13 16
Element Qty 21 24
Filter Size 95 mm 105 mm
Diaphragm Blades 9 9
Features LD glass, Ultrasonic Silent Drive (USD)

VC (Vibration Compensation)

full-time manual focusing

moisture-resistant

ELD (Extraordinary Low Dispersion) glass

FLD glass

Hyper Sonic Motor (HSM)

SLD (Special Low Dispersion) glass

Sigma USB dock compatible

Dustproof

Splash-proof

Let us take you a little bit deeper in technical perspective. Note that we will be discussing the differences in the above table, and not the similarities; since it does not simply make any sense to discuss in what criteria these lenses are similar. So, here we go:

Magnification Ratio:

In simple words, magnification measures the ability of a lens to make the objects appear bigger in produced images. It is a bit different than zooming / resolution, which is ability to make objects clearer and sharper. As shown in the table above, Tamron G2 offer 1/3.9 magnifications while Sigma Sports offers 1/5 magnification. A 1/3.0 magnification ratio means the leans can enlarge the object 3.9 times bigger than it is actually, without losing the sharpness. Means, it can make a 3 cm long cube appear as ~12cm long. A 1/5 magnification ratio means objects can appear 5 times bigger compared to their actual size. So now you can tell that Sigma Sports is much better when it comes to Magnification Ratio.

Lens Coating:

As shown in the table above, Tamron G2 Comes with Broad-Band Anti-Reflection coating (BBAR), Extended Bandwidth + Angular-Dependency coating (band), and Fluorine coating. All of them work together to protect the outer layer of the lens glass. Broad-band anti-reflection coating helps to reduce the fuss caused by sunlight or to reduce the reflections from final image results directly. On the other hand, Sigma Sports comes with a super multi-layer coating. They haven’t specified what exactly this “Multi-Layer” consist of, but we hope it at least consists of necessary protection for lens glass. Whatever it is, we highly recommend not to rely on them and use a protective filter instead.

Compatibility:

Both Tamron 150 – 600 mm G2 and Sigma 150 – 600 mm Sports are meant to be used with 35 mm SLRs and Digital SLRs. You can use Tamron G2 with any Canon SLR / DSLR offering Canon EF mount support. Sigma Sports is compatible with all Nikon SLRs / DSLRs offering Nikon F mount support.

Aperture:

Aperture allows you to control the light reaching to camera image sensor. Ultimately, the aperture value determines how darker your image will be. The aperture value range is same for both Tamron 150-600mm G2 and Sigma 150-600mm Sports. However, with Sigma Sports, you can lower the aperture down to f/22. On the other hand, Tamron sports allow f/32 as the lowest aperture value. This will affect the performance and final result images when you are shooting in bright daylight.

Minimum Focus Distance:

It is merely the shorter distance from which a lens can focus on the object in front of it. Tamron has 7 ft minimum focus distance, which means you need to be at least 7 ft away from the primary purpose to focus it. On the other hand, with sigma sports, you need to have at least 8.5 ft of distance from the subject to target it. This only affects the experience while capturing close up shots. Since no one uses a telephoto lens for capturing close-ups, we don’t think this matters at all while comparing these two lenses.

As diagram of both lenses is the difference, they need a different size of filters. Tamron G2 requires a 95 mm filters, and Sigma Sports requires a 105 mm filter. Moreover, their body structures are different as well. We mentioned these factors at the bottom since they do not affect performance in any way.

Conclusion:

We believe that we have discussed all the significant differences, which will help you to determine which lens fits best in your requirements. However, if you feel like we are missing something, or there is a question, doubt or suggestion on your mind, feel free to let us know in the comment section below, or contact us directly. Make sure you subscribe to our blog for regular tech updates right in your inbox. Thank You!

Disclosure: We are a professional review website that sometimes receive compensation or free units from the companies whose products we review. We test each product thoroughly and give high marks to only the very best. We are independently owned and the opinions expressed here are our own.