Where Is the FX3 II?! The Truth Behind Sony’s Silence

Where Is the FX3 II?! The Truth Behind Sony’s Silence

Where is the FX3 Mark II?!

It’s been four years since the Sony FX3 was introduced and five years since the a7S III, which shares the same sensor. As time goes on, this question comes up more and more, so let’s talk about why Sony is taking so long and when we might realistically see the FX3 Mark II.

To understand where the FX3 Mark II is, you first need to understand how Sony works as a company. Sony isn’t just one unified camera brand. It’s a massive corporation with many separate divisions. Two of the most important for this conversation are Sony’s camera sensor division and Sony’s camera division.

While these two divisions are closely related, they operate independently in many ways. Sony’s sensor division designs and manufactures camera sensors, and only a portion of those sensors end up in Sony cameras. The majority are sold to other companies, including Apple, Nikon, and Panasonic. Every iPhone camera sensor comes from Sony, and cameras like the Nikon Z6 III and Panasonic S1 II also rely on Sony sensors.

What’s important to understand is that these companies don’t just drop Sony sensors straight into their cameras. They heavily customize them. Resolution, readout speed, stacked designs, and other characteristics can all be tailored. The underlying technology may be similar, but the final results can look very different.

Sony’s sensor division is constantly developing new sensors, selling them externally, and supplying Sony’s own camera division. This relationship is key to understanding Sony’s release strategy.

Why Sony Reuses the Same Sensor Across So Many Cameras

So where does that leave the FX3 Mark II? Sony’s camera division has access to cutting-edge sensor technology, and in many cases, it keeps that technology exclusive to Sony cameras for a period of time. That’s how we ended up with cameras like the a7S III, which pushed low-light performance and 4K at 120fps, and the a9 III, which introduced global shutter to mirrorless cameras.

Another important factor is cost. While Sony’s camera division technically pays Sony’s sensor division for sensors, it’s still money moving within the same company. More importantly, Sony is incentivized to sell as many sensors as possible.

One of the best ways to do that is by putting the same sensor into multiple camera bodies.

Here’s how this typically plays out. Sony releases a new sensor in a flagship hybrid camera, like the a7S III in 2020. Months later, that same sensor appears in a cinema-focused body like the FX6. Then it shows up again in a compact filmmaking camera like the FX3. A couple of years later, it might appear once more in a creator-focused camera like the ZV-E1.

One sensor. Four different cameras. Four different market segments.

Sony does this across nearly its entire lineup. The FX30 shares a sensor with the a6700 and ZV cameras. The ZV-E10 shares a sensor with multiple a6xxx bodies. The a7R V sensor appears in the a7C R and RX1R III. The a7 IV sensor now lives in the a7C II and FX2.

When you look at it this way, releasing another camera using an existing sensor is relatively easy and far less expensive than designing a new one.

What This Means for the FX3 Mark II

This brings us back to the FX3 Mark II. Sony doesn’t design a sensor for just one camera. It designs a sensor that can be used across an entire generation of products, including hybrid cameras, cinema cameras, and vlogging-focused bodies.

The current sensors powering Sony’s lineup are not new. The a7S III sensor dates back to 2020. The a7 IV and a1 sensors arrived in 2021. Even Sony’s newest sensor, the one in the a9 III, launched in late 2023.

If Sony is working on a next-generation sensor to replace the a7S III platform, that sensor likely needs to work in an a7S IV, an FX3 Mark II, a ZV-E1 Mark II, and possibly even an FX6 Mark II. That’s a lot of requirements to meet, and it helps explain why this process takes time.

Looking at Sony’s history, the gap between the a7S II and a7S III was about five years. From late 2015 to mid-2020, we waited. Now we’re approaching that same window again.

Speaking of which, Where is the Sony A7Siii?! is worth a look too.

This generation may end up lasting five and a half, six, or even seven years. But when you understand Sony’s sensor strategy, the delay starts to make a lot more sense.

A Look Ahead at Sony’s Future Sensors

One interesting observation is that Sony hasn’t yet created cinema or vlogging variants of its most advanced sensors, like the ones found in the a1 and a9 III. The a9 III sensor in particular is likely very expensive, which may limit how widely Sony can deploy it.

That said, I don’t think it’s a question of if we’ll see FX-style cameras using sensors like these. It’s a question of when. A cinema-focused camera with an a1-class sensor or a global shutter FX camera feels inevitable.

Imagine an FX-style camera with 8K recording, robust cooling, and no overheating concerns. A lot of filmmakers would seriously consider that.

Final Thoughts

So where is the FX3 Mark II? My take is that Sony is waiting for the next major sensor platform, one that can support an entire ecosystem of cameras rather than a single body. When that sensor is ready, the FX3 Mark II, a7S IV, and ZV-E1 Mark II will likely follow.

In other words, instead of asking where the FX3 Mark II is, it might make more sense to ask where the next a7S sensor is.

If you want to see the gear I currently recommend for filmmaking, check out my filmmaker gear guide. I’ve also put together a separate breakdown of my a7S IV and FX3 Mark II wish list if you want to see what features I hope Sony includes.

Let me know if you agree with this take on Sony’s strategy, and thanks for reading.

How To Build The ULTIMATE YouTube Desk For $500! (Complete Guide)

How To Build The ULTIMATE YouTube Desk For $500! (Complete Guide)

I just built the ULTIMATE YouTube desk!

It works for talking head videos, overhead product shots, horizontal content, and vertical video. Best of all, the entire setup cost right around $500. For the wider space these live in, there is my full studio tour too.

In this post, I will walk you through exactly how I built it, the parts I used, and how you can build the same desk yourself.

Choosing the Standing Desk Frame

Every desk starts with two things: legs and a desktop.

For the legs, I wanted a standing desk frame that could support a very wide surface. My goal was a desktop at least 39 inches deep, which ruled out many budget frames.

After researching several options, I chose a VIVO standing desk frame from Amazon (FYI some of the links in this article are affiliate links to Amazon and I earn a commission from them). At the time, it retailed for around $200, but I picked it up during Prime Day for about $150. Pricing fluctuates, so be sure to confirm current pricing before purchasing.

The frame supports wide desktops and provides electronic height adjustment, which is essential for my workflow.

Why I Did Not Use a Prebuilt Desk

I have owned several standing desks over the years.

One of them is an Uplift Desk L desk that I use for video editing. It is excellent and very well built, and I have a full video dedicated to that setup.

The other desks I own are Husky work tables from Home Depot. These use a manual crank instead of electronics. They are extremely sturdy and significantly cheaper than motorized desks.

All of these desks use solid butcher block tops made from hevea or rubberwood. This material is durable, heavy, and far superior to particleboard.

The problem was depth.

Most desks are around 72 inches wide but only 24 inches deep. That works fine for typing, but it is limiting for overhead product shots, especially for vertical video.

The Kitchen Island Desktop Solution

My friend and fellow YouTuber Chris Brockhurst introduced me to a better solution.

Instead of using a standard desktop, he recommended using a kitchen island countertop. These are typically 72 inches wide and 39 inches deep, which is perfect for overhead filming.

Chris used an IKEA Karlby countertop, which is very popular. I tried one myself and ended up returning it.

While it looks great, it only has a thin layer of real wood on top. Underneath is particleboard, which does not hold up well to drilling, modifications, or long term use.

Why I Chose a Butcher Block Countertop

After more research, I purchased a butcher block kitchen island countertop from Lowe’s.

Both Lowe’s and Home Depot sell similar countertops in various wood types like oak, acacia, and rubberwood. Some are very expensive. The most affordable option is hevea or rubberwood, which I already had great experience with.

The Lowe’s countertop cost $310. Home Depot had a similar version under their house brand for about $50 less, but it was not available in store.

I strongly recommend buying in person if possible. You want to inspect the wood for dents, chips, discoloration, and excessive knots. What looks good on camera matters.

I had four slabs to choose from and picked one with minimal knots on one side, which became the tabletop surface.

One important note is that Lowe’s will not price match Home Depot on store brand countertops, even if they are nearly identical.

Also bring help. This countertop weighs about 100 pounds and is awkward to move.

Finishing the Butcher Block

Unlike IKEA countertops, this butcher block comes unfinished. That means you need to seal it.

I used Watco butcher block finishing oil in clear because lighter wood looks better on camera and helps products stand out.

You will also want staining rags or sponge applicators, rubber gloves, and sandpaper in 80 grit and 400 grit.

Sanding and Prepping the Wood

The countertop comes pre-sanded, but the edges are very sharp. You will want to sand those down.

I set the slab on sawhorses in my parents’ garage. You want a space that is relatively dust free and well ventilated because the oil smell is strong.

Using 80 grit sandpaper, round the edges and corners. Focus on the top and bottom edges. You do not need to sand the surface yet unless there is damage.

Next, lightly sand the surface with 400 grit sandpaper following the grain. This helps the oil soak in evenly.

Wipe everything down with a lightly damp cloth to remove dust.

Applying the First Coat of Oil

Stir the oil thoroughly and put on gloves.

Using the staining rag, apply oil with the grain across the top and sides. Go slowly and do not overload the wood.

Once applied, go back over the surface with a dry rag to remove excess oil. Pay close attention to drips along the edges, as these can darken if left alone.

Using a light source helps you spot bubbles or uneven areas.

After about 20 minutes, check again and wipe away any oil that has pooled. Let the first coat dry for at least six hours.

Second Coat and Final Sanding

Before applying the second coat, the surface may feel slightly sticky.

Lightly sand the top and sides with fine grit sandpaper, following the grain, until everything feels smooth.

Apply the second coat of oil the same way as the first. Wipe away excess oil and allow it to dry for another six hours.

If you find rough spots, lightly sand again. If sanding removes too much color, add another light coat of oil. The process is forgiving.

Once complete, the desktop is finished and ready to mount.

Attaching the Standing Desk Legs

Most standing desk frames are designed for one inch thick desktops. This butcher block is 1.5 inches thick.

The included screws will work, but you can buy longer ones if you want extra stability.

Place the desktop face down on a soft surface like carpet or a blanket.

Fully assemble the desk frame upside down on the slab before drilling. This makes alignment easier.

Measure carefully and mark all screw holes with a pencil. Drill pilot holes to prevent cracking, then screw the frame into place.

When flipping the desk upright, lift from the wood, not the legs. This prevents stress on the screws.

Final Thoughts on the Desk Build

I love how this desk turned out!

The matte finish reduces glare, the extra depth makes overhead filming easy, and the desk feels incredibly solid.

Thanks for reading and happy building.

iPhone 17 Pro Camera Test: Will It Overheat?!

iPhone 17 Pro Camera Test: Will It Overheat?!

When Apple releases a new iPhone, the big question is always the same. Is it actually better, or is it just a small refresh? With the iPhone 17 Pro and the iPhone 16 Pro, the differences are not dramatic on paper, but real-world use tells a more interesting story.

This comparison focuses on performance, heat management, battery behavior, and how these phones hold up when you actually push them.

Raw Performance Differences

Both phones are fast. There is no getting around that. Everyday tasks like messaging, browsing, and social media feel identical on the iPhone 17 Pro and the iPhone 16 Pro.

The difference shows up when you start stressing the phone. Things like recording long video clips, exporting footage, or running demanding apps back to back reveal a small but noticeable edge for the iPhone 17 Pro.

Apps load slightly quicker, and the phone feels more responsive under sustained use.

Heat and Thermal Management

Heat has been a concern with recent iPhones, especially for video shooters and creators. This is one area where the iPhone 17 Pro shows improvement.

During extended recording sessions, the 17 Pro stays cooler for longer. It still gets warm, but it takes more time to reach uncomfortable temperatures. The iPhone 16 Pro heats up faster when pushed hard, especially during 4K video recording or long camera sessions.

This matters if you use your phone professionally or rely on it for long shoots.

Battery Behavior Under Load

Battery life between the two phones is similar during light use. Texting, calls, and casual browsing do not show much difference.

Under heavy use, the iPhone 17 Pro pulls ahead. When recording video, navigating, and multitasking throughout the day, the 17 Pro drains more slowly and maintains performance better as the battery drops.

It is not a massive improvement, but it is consistent.

Camera Performance in Real Use

Image quality between the two phones is very close. Photos look sharp, colors are accurate, and Apple’s processing is still strong on both devices.

The difference comes in consistency. The iPhone 17 Pro handles challenging lighting a bit better, especially during longer video clips. Stabilization feels more reliable, and exposure changes are smoother.

I put together iPhone 16 Pro Camera Review After 12 Months as well, which covers the part I skipped over here.

For quick clips, social content, or professional backup footage, the 17 Pro is more dependable.

Everyday Experience

If you are using your phone casually, you may not notice much difference between these two models. The iPhone 16 Pro is still an excellent device and feels fast in almost every scenario.

If you regularly push your phone with video work, long recordings, or demanding apps, the iPhone 17 Pro feels more stable and better optimized.

This is a refinement upgrade, not a revolution.

Which One Should You Choose?

If you already own an iPhone 16 Pro, upgrading to the iPhone 17 Pro is not essential. The improvements are real, but they are incremental.

If you are upgrading from an older phone, or if you frequently deal with heat, battery drain, or performance slowdowns, the iPhone 17 Pro is the better long-term choice.

Final Verdict

Apple focused on polish with the iPhone 17 Pro. Better thermal management, slightly improved performance under load, and more consistent camera behavior make it the best version of this design so far.

The iPhone 16 Pro is still a great phone. The iPhone 17 Pro is simply more reliable when it matters most.

iPhone 17 Pro: A Filmmaker’s Review

iPhone 17 Pro: A Filmmaker's Review

The iPhone 17 Pro is a major jump in video quality in three of the areas filmmakers care about most. Compared to the iPhone 15 and 16 Pro, this easily becomes the best iPhone Apple has ever made for video.

In this post, I’m reviewing the iPhone 17 Pro specifically from the perspective of a working filmmaker who regularly uses an iPhone for both personal and professional video work. I’ll walk through the most important video upgrades Apple made and help you decide if it’s worth upgrading. I have not always been on iPhones though, and I wrote up leaving and eventually coming back years ago.

For transparency, this is not sponsored by Apple. I purchased this iPhone myself. This video is sponsored by my color presets, which work especially well with Apple Log footage and are linked below.

ProRes RAW Comes to iPhone

The biggest and most surprising upgrade to the iPhone 17 Pro is the addition of ProRes RAW video recording. This change affects nearly every other aspect of the camera system.

Since the iPhone 14, Apple has supported ProRes video. The iPhone 15 added Apple Log. Now, with the 17 Pro and Pro Max, Apple finally supports ProRes RAW. On the software side, iOS 27 finally fixed the biggest video flaw the iPhone had left.

Until recently, ProRes RAW was mostly limited to cameras recording externally to supported monitors. That limitation largely existed because RED held patents around internal RAW recording. After Nikon acquired RED in 2024, we started seeing more devices support internal or semi-internal RAW recording, and now the iPhone joins that list. Getting it into an edit is the other half of the problem though, and most editing software still handles ProRes RAW badly.

Technically, the iPhone 17 Pro cannot record ProRes RAW internally. You must record to an external SSD. While that may sound disappointing, it makes sense. ProRes RAW files are massive.

You’re looking at over 6GB per minute of footage. Even with a 2TB iPhone, internal recording would fill up shockingly fast. External SSD recording is the only practical option here.

ProRes RAW Quirks You Should Know About

When recording ProRes RAW, there are a few details worth keeping in mind.

First, while the Blackmagic Camera app reports 4K recording, it is actually capturing video in a 17:9 aspect ratio at 4224×2240. That’s slightly wider than standard 16:9 UHD.

Second, ProRes RAW maxes out at 4K 60fps. There is no 120fps option.

These quirks aren’t unusual. Many cameras that support ProRes RAW have specific resolution, aspect ratio, and frame rate limitations. Just plan for them when filming.

Apple Log 2 and Open Gate Recording

Alongside ProRes RAW, Apple announced Final Cut Camera 2.0, which introduces Open Gate recording and a new log profile called Apple Log 2.

Apple Log 2 offers a wider color space and improved flexibility when color grading. It is only available on the iPhone 17 Pro and Pro Max.

While Final Cut Camera 2.0 was not available at launch, the Blackmagic Camera app already supports both Open Gate and Apple Log 2.

Open Gate recording captures the full sensor in a 4:3 aspect ratio at 4032×3024. This is incredibly useful if you want to create both horizontal and vertical video from the same clip.

There are two downsides to Open Gate recording.

First, image stabilization is disabled. Since the phone is using the entire sensor, it no longer has extra pixels available for digital stabilization. You’ll want to use a tripod or stabilize in post.

Second, the Blackmagic Camera app does not currently allow Open Gate recording in Apple Log. You’re limited to Rec.709, which reduces grading flexibility. Hopefully, this is fixed in a future update.

Main Camera Image Quality

The main 48MP camera is unchanged from the iPhone 15 and 16 Pro. It uses the same sensor and lens coatings.

That means it still suffers from small but noticeable lens flares in darker environments or when filming into the sun. This remains my biggest complaint and something I hope Apple addresses in the iPhone 18.

That said, overall image quality is excellent. ProRes RAW does not magically add dynamic range, but it makes it easier to extract the maximum dynamic range the sensor already has.

This is especially useful when matching iPhone footage with cameras like the FX3, Z8, or ZR.

Why This Matters for Filmmakers

It’s wild how far iPhones have come!

Large cameras are often restricted in public spaces, concerts, museums, and venues that require media credentials. Meanwhile, the phone in your pocket can now record ProRes RAW and log video.

Apple already films many of its events on iPhone, and reports suggest more Apple TV productions are being filmed this way as well.

These phones won’t replace cinema cameras, but for run-and-gun filmmakers, they are becoming increasingly powerful tools.

Major Upgrade to the Front Camera

The selfie camera receives one of the biggest upgrades in years.

Apple finally replaced the aging 12MP sensor with a new 18MP square sensor. This allows the front camera to record both vertical and horizontal video without rotating the phone.

Holding the phone vertically while recording horizontal video feels strange at first, but it works incredibly well.

Video quality is noticeably improved. In the past, I avoided the front camera whenever possible. Now, I feel confident using it, even for professional content.

The larger sensor also improves stabilization, making handheld selfie footage look smoother while walking.

Speaking of which, A Filmmaker’s Review Of The iPhone 16 Pro and iPhone 15 Pro – A Filmmaker’s Perspective are worth a look too.

Dual Camera Recording Has Potential

The iPhone 17 Pro introduces the ability to record from the front and back cameras simultaneously.

This is useful for reaction-style videos and could be powerful for product reviews or behind-the-scenes content.

However, Apple currently bakes both angles into a single video file. Unlike Samsung, it does not record two separate clips.

A true pro mode with separate files would make this feature far more useful in editing.

Telephoto Camera Gets a Huge Upgrade

The third major video upgrade is the telephoto camera.

Apple upgraded it from 12MP to 48MP and increased the sensor size by 56 percent. This dramatically improves low-light performance, which was a major weakness on previous models.

The telephoto lens shifts from 5x (120mm equivalent) to 4x (100mm equivalent). Thanks to the higher resolution, you can digitally crop to a 200mm equivalent when needed.

Personally, I find the 4x focal length far more usable than the old 5x. It feels more versatile and easier to work with.

Bonus Filmmaker Features

There are several smaller upgrades filmmakers will appreciate.

The new vapor chamber cooling and aluminum body help manage heat much better. In my testing, I was unable to trigger screen dimming due to overheating, even outdoors.

Screen brightness increases to 3000 nits, up from 2000 on the iPhone 16 Pro. Combined with improved anti-reflective coating, outdoor visibility is noticeably better.

The iPhone 17 Pro also adds Genlock and Timecode support. These are niche but powerful tools for multi-camera workflows, video walls, and advanced productions.

To use Genlock and Timecode, Blackmagic is releasing a Camera ProDock that adds HDMI monitoring, audio inputs, SSD support, power, and sync ports. Once it’s available, I’ll be testing it extensively.

Final Thoughts on the iPhone 17 Pro for Video

The iPhone 17 Pro delivers three major video upgrades: ProRes RAW, a dramatically improved selfie camera, and a vastly better telephoto lens.

Add in Open Gate recording, better cooling, brighter displays, and pro-level sync tools, and this is the most filmmaker-focused iPhone Apple has ever made.

Oh, and if you like the colors in the video above, it was graded with my color presets.

Thanks for reading, and I’ll see you in the next one.

Sigma 35mm F1.2 Mark ii Review: Improved In Every Single Way!

Sigma 35mm F1.2 Mark ii Review: Improved In Every Single Way!

The Sigma 35mm f/1.2 Mark II is improved in every single way over the original, and in this review I want to walk through why this lens is such a big deal for wedding and commercial filmmakers. I’ll cover the obvious upgrades, but I’ll also point out a few important improvements that I rarely see mentioned and that actually matter a lot when you are filming real jobs.

A quick look back at the original Sigma 35mm f/1.2

When the original Sigma 35mm f/1.2 came out back in 2019, I filmed an entire wedding with it from start to finish. I loved the low light performance and the bokeh, but at the same time, the lens felt a bit ahead of its time.

It was impressive, but it also had some rough edges that made it feel like a first-generation product.

The biggest issue by far was the size and weight. That lens was an absolute chonker. It weighed nearly two and a half pounds, was thick, long, and packed with glass. It felt like Sigma saying, “Yes, this is one of the first f/1.2 lenses, and yes, it has compromises.”

After filming a full wedding day handheld, my arms definitely felt it. The image quality was there, but the physical toll was real.

The Mark II size and weight improvements are massive

This is where the Sigma 35mm f/1.2 Mark II immediately shines.

Sigma managed to make the lens about 20 percent smaller, coming in at 113mm instead of 136mm, and roughly 30 percent lighter at 744 grams instead of 1090 grams. That is a huge difference in real-world use.

For some context, the Sony 50mm f/1.2 GM weighs 778 grams, which means this Sigma 35mm f/1.2 is actually lighter than Sony’s 50mm f/1.2. That’s wild.

Even more impressive, the Mark II is roughly the same length as Sigma’s 35mm f/1.4, while still letting in significantly more light. Sigma clearly did some serious optical and mechanical wizardry here.

At this point, I have zero hesitation recommending this lens for all-day handheld filmmaking or for use on a gimbal. Even smaller DJI gimbals handle it without issue.

Smaller filters and familiar controls

Another welcome improvement is the filter thread size. The Mark II uses 72mm filters instead of the massive 82mm filters on the original. That alone saves money and makes life easier if you already own a set of ND filters.

As far as buttons and controls go, Sigma stuck with what works, and that’s a good thing. You get a programmable button, an aperture ring that can be clicked or de-clicked and locked, and an AF/MF switch.

Sigma standardized this layout across their lenses a while ago, and it continues to be one of the best third-party control designs out there.

Autofocus issues from the original are gone

This is one of the most important improvements for filmmakers.

With the original Sigma 35mm f/1.2, I ran into a frustrating autofocus issue while filming weddings. If focus was racked too far toward minimum focus distance and then I tried to focus on something far away, autofocus would sometimes just give up.

It happened most often on dark dance floors, which is already one of the hardest environments for autofocus. The workaround was to manually nudge focus back toward the middle so autofocus could re-engage, but that is not something you want to deal with during a live event.

Thankfully, this issue is completely gone on the Mark II.

I tested autofocus in bright light, low light, and across a wide range of distances, and it consistently locked on and stayed locked. The updated magnetic autofocus motors clearly make a difference, and performance was fast, accurate, and reliable.

If you want to go deeper, I’ve also got Sony 35mm GM 1.4 Lens Review For Filmmakers – BEATS Sigma 35mm 1.2.

Focus breathing and manual focus behavior

For filmmakers, focus breathing matters, and I’m happy to report that while the Sigma 35mm f/1.2 Mark II does have a small amount of breathing, it is minimal.

This is especially impressive considering this lens does not have access to Sony’s focus breathing compensation since it is a third-party lens. Sigma told me they prioritized minimizing breathing, and it really shows.

If you are using the L-mount version, you also get the option to switch between linear and non-linear manual focus in-camera, which is a great feature. On Sony E-mount, the lens is always linear, which I personally prefer for video work.

Image quality and that f/1.2 look

Even without doing a direct side-by-side comparison, image quality on this lens is outstanding.

Sigma has been absolutely crushing it lately when it comes to bokeh, and this lens fits right in alongside lenses like the 135mm f/1.8 and the 200mm f/2. The background separation is beautiful, smooth, and cinematic.

There is something special about having f/1.2 depth of field on a 35mm lens. It gives you shallow depth while still maintaining a wide enough field of view to be incredibly versatile.

There’s a reason I filmed nearly an entire wedding day with the original 35mm f/1.2. It works on a gimbal, works handheld, and lets you get close when you need to. A 35mm focal length can truly do almost everything.

Should filmmakers buy the Sigma 35mm f/1.2 Mark II?

If you want incredible bokeh, excellent low light performance, reliable autofocus, and a lens that is now actually reasonable to use all day, this lens is an easy recommendation.

The Mark II fixes the biggest issues of the original while keeping everything that made it special in the first place. For wedding and commercial filmmakers, this is one of the most versatile and visually impressive lenses you can buy.

I highly recommend it!