EOS R50 + RF-S18-45mm F4.5-6.3 IS STM 單鏡組 公司貨 全新相機收購

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全新相機收購

▲全新相機收購canon宣布最輕量全片幅無反光鏡相機EOS R8。(圖/記者陳依旻攝)

記者陳依旻/台北報導

全新相機收購canon今(21)日宣布最輕量全片幅無反光鏡相機EOS R8!台灣區總裁胡大剛在致詞時表示,這對全新相機收購canon來說是一項重大突破,因為會改變他們生產的數位相機在無反光鏡市場上的定位,原本在市場上的定位屬於專業、客群屬年長者,隨著EOS R8上市,將導向更年輕化。

為了EOS R8,全新相機收購canon將記者會現場打造有「座艙感」,這樣的布置是有原因的,胡大剛說,希望這款相機「市佔率能飛多高就有多高,有多遠就有多遠。」

EOS R8大幅減低影像創作者的負擔,單機身重量僅461公克(含電池及記憶卡)搭配超輕巧標準變焦鏡RF24-50mm f/4.5-6.3 IS STM只有671公克,相當於一杯中杯手搖飲。

至於主要亮點,如下:

第一,採用與EOS R6 Mark II相同規格的2,420萬像素全片幅CMOS影像感測器

第二,高速DIGIC X數位影像處理器

第三,電子快門每秒高達40張高速連拍

第四,人/動物/交通工具之智慧偵測自動對焦、EV-6.5低光源自動對焦

第五,無裁切6K超取樣4K 60p / 4K 30p

第六,FHD 180p 慢動作影片

第七,支援C-Log3格式等。

EOS R8滿足年輕新世代攝錄兼顧的需求,同時,主打「超親民價位」,單機身43,900(含稅),加上RF24-50mm f/4.5-6.3 IS STM 新鏡頭之單鏡組為49,900(含稅),都不到5萬元,5月底前購買單機身或鏡組再加贈首購禮「全新相機收購canon 原廠隨行攝影包」。 

全新相機收購 全新相機收購

Canon全新「攝錄雙棲」新機登場 EOS R6 Mark II正式在台開賣 全新相機收購

全新相機收購

全新相機收購

▲全新相機收購canon EOS R6 Mark II 正式在台開賣。(圖/全新相機收購canon提供)

記者陳俐穎/綜合報導

相機品牌 全新相機收購canon 今日正式宣布全新 EOS R6 Mark II 在台開賣,主打攝錄雙棲的強悍功能,一機同時滿足拍照與錄影兩大需求,無論是紀錄個人生活、專業影片製作皆能完美掌握動靜瞬間,非常適合用於婚禮拍照錄影、 Youtuber 或其他影片創作者。

全新 EOS R6 Mark II 大幅提升主體辨識及自動對焦追蹤能力及高速連拍功能。在自動對焦系統主體偵測能力方面,新增主體類別包括火車、飛機、馬匹,而眼睛偵測自動對焦則新增右眼優先或左眼優先對焦。電子快門提供最高約每秒 40 張 的高速連續拍攝。

在錄影方面更是新增許多強大功能,提供 4K 60P / 4K 30P (6K超採樣) 全視角無裁切影片格式、FHD 180P 高格率之6倍慢動作、無30分鐘錄影限制、影片拍攝前預錄設定 (3秒/ 5秒)…等,因此 EOS R6 Mark II 完整兼具了拍照及錄影功能,方便創作者輕鬆實現無限的創意。

根據全新相機收購canon資訊,EOS R6 Mark II單機身建議售價 76,900元,搭配RF24-105mm F4-7.1 IS STM鏡頭之單鏡組(Kit) 建議售價為 86,900元。於活動期間內,購買申請通過審核送LP-E6NH原廠電池。

全新相機收購

▲ 推出 RF 24-105mm F2.8 L IS USM Z 鏡頭。(圖/全新相機收購canon 提供)

記者樓菀玲/台北報導

全新相機收購canon 宣佈推出全新鏡頭及配件,包括首支為影片及相片攝錄兩用而設計的 RF 鏡頭 RF24-105mm F2.8 L IS USM Z 及電動變焦轉接器 PZ-E2、輕巧超望遠變焦鏡頭 RF200-800mm F6.3-9 IS USM ,和專為 APS-C EOS R 系列相機設計的輕巧超廣角變焦鏡頭 RF-S10-18mm F4.5-6.3 IS STM 。

RF24-105mm F2.8 L IS USM Z 的推出進一步強大了 F2.8 光圈 L 系列變焦鏡頭陣容,作為首支為短片及相片混合型拍攝而設計的 RF 鏡頭,首次加入了光圈環及採用固定長度的內變焦設計。鏡頭更相容最新推出的電動變焦轉接器 PZ-E2 ,為鏡頭帶來電影鏡頭般的流暢伺服變焦操作,滿足專業攝影師、錄影師及進階使用者,對變焦速度及準確度的需求。

全新登場世界首支 800mm 超望遠變焦無反光鏡鏡頭1 RF200-800mm F6.3-9 IS USM ,重量僅約 2,050 克,輕巧的設計減輕了手持攝影的負擔,令進階攝影愛好者能夠輕鬆捕捉鳥類、生態或戶外運動等主題。

首支為 EOS R APS-C 系列相機而設計的 RF-S 系列超廣角變焦鏡頭 RF-S10-18mm F4.5-6.3 IS STM 全新登場,提供相等於 35mm 全片幅格式的 16-29mm 超廣角焦距,擴展了 RF-S 鏡頭的種類,為攝影愛好者帶來更寬廣視野。鏡頭輕便小巧、價格相宜並擁有高影像畫質,更配備光學影像穩定器,特別適合內容創作者及攝影愛好者拍攝 Vlog 、旅遊及風景等題材。

全新相機收購 全新相機收購

Raspberry Pi 400 review: functional $100 desktop PC that supports both Raspberry Pi OS and Ubuntu Desktop, but integrated keyboard is narrow and no 3.5mm jack 全新相機收購

全新相機收購orresponding part of a standard desktop keyboard.

Jim Salter

From the left: 40-pin GPIO header, microSD card slot, two micro-HDMI output ports, a USB-C power port, two USB 3.0 type-A ports and one USB 2.0 type-A port, Gigabit Ethernet port, Kensington lock slot.

Jim Salter

From the left: 40-pin GPIO header, microSD card slot, two micro-HDMI output ports, a USB-C power port, two USB 3.0 type-A ports and one USB 2.0 type-A port, Gigabit Ethernet port, Kensington lock slot.

Jim Salter

The visible hump on the underside of the Pi4 provides a comfortable typing angle and clearance for the passive-cooling vents.

Jim Salter

The visible hump on the underside of the Pi4 provides a comfortable typing angle and clearance for the passive-cooling vents.

Jim Salter

From the left: 40-pin GPIO header, microSD card slot, two micro-HDMI output ports, a USB-C power port, two USB 3.0 type-A ports and one USB 2.0 type-A port, Gigabit Ethernet port, Kensington lock slot.

Jim Salter

The visible hump on the underside of the Pi4 provides a comfortable typing angle and clearance for the passive-cooling vents.

Jim Salter

Unboxed and plugged in, the Pi 400 is functional but not particularly lovely. On the plus side, the integrated keyboard means fewer cables to deal with. Unfortunately, the remaining cables are unusually likely to snarl and look a bit feral. They are both stiffer and shorter than I’d prefer in an ideal world, making it difficult to impossible to end up with a setup that doesn’t look like a rat’s nest. The red cable for the mouse clashes pretty violently with the off-white cables for USB-C power and micro-HDMI out, which doesn’t help any.
That said, it’s important to remember that the entire kit retails for $100. Within the limits of the Pi 400’s very generous price, it’s not really fair to complain too hard about a few aesthetic gaffes here and there! Consumers with a few extra dollars to spend might want to consider replacing the Pi 400’s mouse with something a bit more functional, though… and a full-sized keyboard might not be a bad idea while you’re at it.
The integrated keyboard is functional but noticeably narrower than a standard keyboard. I’m not generally sensitive to variations in keyboard layout due to a long career involving Other People’s Computers in large numbers, but I was plagued with constant mistyping problems the entire time I tested the Pi 400.

It’s also worth noting that, while the Pi 400 supports dual displays, it does so with micro-HDMI ports, not full-sized ones—and it ships with a single cable. You’ll need an extra cable if you want to use your Pi 400 with dual displays—and since it ships with a micro-HDMI to HDMI cable, not an adapter, things will get complicated if you want to use it with, e.g., portable LED displays that have off-sized ports themselves.
Finally, there’s no 3.5mm audio jack on the Pi—if you’ve got it hooked to a television or a monitor with speakers, it can deliver audio over HDMI; otherwise you’ll need a supported USB audio device. I tested with an inexpensive USB gaming headset, which worked fine.
Impressions—Raspberry Pi OS

Raspberry Pi OS suspects you might be using it on a television, not a proper monitor—so it starts out with significant overscan boundaries by default.

Jim Salter

Raspberry Pi OS suspects you might be using it on a television, not a proper monitor—so it starts out with significant overscan boundaries by default.

Jim Salter

The overscan goes away after a reboot, if you tell the setup dialog, “Yes, I see big black borders.”

Jim Salter

The overscan goes away after a reboot, if you tell the setup dialog, “Yes, I see big black borders.”

Jim Salter

Raspberry Pi OS suspects you might be using it on a television, not a proper monitor—so it starts out with significant overscan boundaries by default.

Jim Salter

The overscan goes away after a reboot, if you tell the setup dialog, “Yes, I see big black borders.”

Jim Salter

We tried playing a 4K 60fps YouTube video on the Pi 400. Even at 1080p, not 4k, it dropped a lot of frames.

Jim Salter

We tried playing a 4K 60fps YouTube video on the Pi 400. Even at 1080p, not 4k, it dropped a lot of frames.

Jim Salter

Checking CPU utilization, we see that the system’s pretty much pegged while trying to play this 60fps video, even at 720p.

Jim Salter

Checking CPU utilization, we see that the system’s pretty much pegged while trying to play this 60fps video, even at 720p.

Jim Salter

We tried playing a 4K 60fps YouTube video on the Pi 400. Even at 1080p, not 4k, it dropped a lot of frames.

Jim Salter

Checking CPU utilization, we see that the system’s pretty much pegged while trying to play this 60fps video, even at 720p.

Jim Salter

I began testing the Pi 400 using its native Raspberry Pi OS Linux distribution—which is basically Debian with LXDE and a lot of middleware optimizing it for the Pi. Unfortunately, there’s almost nothing in the way of standard benchmarking utilities that run on ARM Linux—all I could find was the Phoronix Test Suite, which would have required more time to run than I had to test the device in total. So for the most part, I’m going to talk about my subjective experience, rather than hard numbers.
The good news about the Pi 400 is that it does make a credible desktop PC, in the sense that, yes, you can totally use it without things breaking. With that said, you’re unlikely to forget that you’re using a very inexpensive ARM device. Much like the Pinebook Pro, the Pi 400 exhibits heavy latency while opening applications that’s perhaps possible to live with but impossible not to notice.
Also like the Pinebook Pro, once the applications are actually open, they generally run smoothly enough—although we did find the Pinebook Pro’s hex-core 2.0GHz big/1.5GHz little CPU noticeably punchier than the Pi 400’s straight 1.8GHz quad-core. The biggest problem I had was with high-resolution, high-frames-per-second YouTube videos.
I only tested the Pi 400 with a 1080p monitor, so I can’t speak to its chops with 4K videos—but it’s absolutely not capable of handling the Costa Rica in 4K 60fps HDR video without visible frame drop, even at 720p. The major issue here appears to be the 60fps rate, not the 720p resolution. I also tested the “Forests” episode of Netflix’s docu-series Our Planet on YouTube at 1080p, and that video played back flawlessly.
Examining CPU utilization during playback of the 60fps Costa Rica video, we can see the little 1.8GHz Broadcom quad-core CPU struggling—it’s at its limits, with CPU utilization for all cores at more than 90 percent. Although the BCM2711 supports hardware offload of video decoding—without which, this video would be playing in seconds per frame, rather than just dropping frames a bit—the hardware offload can only do so much, and the CPU is being asked to take on more than it can handle in software.

This effect is even more visible when entering or leaving full-screen playback. On a standard desktop PC, that operation takes perhaps 100-150ms. On the Pi 400, it frequently takes as much as three or four full seconds, during which the video itself tends to keep playing, but the surrounding controls and framework only partially render/stop rendering while the shift finishes taking place.
Getting audio out of the Pi 400 was a bit of a challenge; it defaulted to attempting to deliver audio over HDMI, and Raspberry Pi OS’ audio control dialog isn’t the best. Even after changing the output device to USB Audio (my gaming headset), YouTube wasn’t producing audio—and there’s no “test” button I could find in Pi OS, like the one in Ubuntu’s audio-control dialog. Closing and reopening the browser entirely after changing the output device resolved the issue, and audio played from the headset fine afterward.
All of these quibbles aside, I again have to make note of the sheer inexpensiveness of the Pi 400—it’s only $70 for the device itself or $100 for a kit that includes a mouse, SD card, micro-HDMI to HDMI cable, USB-C power supply, and 247-page full-color guide packed chock-full of tips and projects.
At $100 or less for a functional, reliable, well-packaged, and integrated desktop computing device, I’m not going to get mad about YouTube looking funny and hanging for a few seconds when it shifts back and forth from full-screen. Yes, Walmart’s $350 Gateway laptop is considerably more powerful, and it includes a screen, battery, and much better keyboard… but that $350 would buy five Raspberry Pi 400s.

Ubuntu 20.10 “Groovy Gorilla”

The Pi Foundation shipped us a ready-to-go Ubuntu 20.10 SD card, as well as the Raspberry Pi OS SD card already installed in the system.

Jim Salter

The Pi Foundation shipped us a ready-to-go Ubuntu 20.10 SD card, as well as the Raspberry Pi OS SD card already installed in the system.

Jim Salter

The 60fps Costa Rica video was hilariously unplayable under Ubuntu, but this 30fps YouTube video played back pretty well at 1080p.

Jim Salter

The 60fps Costa Rica video was hilariously unplayable under Ubuntu, but this 30fps YouTube video played back pretty well at 1080p.

Jim Salter

Although the YouTube video for Netflix’s Our Planet episode “Forests” didn’t appear to drop any frames when played back, there was minor screen tearing visible in some scenes.

Jim Salter

Although the YouTube video for Netflix’s Our Planet episode “Forests” didn’t appear to drop any frames when played back, there was minor screen tearing visible in some scenes.

Jim Salter

The 60fps Costa Rica video was hilariously unplayable under Ubuntu, but this 30fps YouTube video played back pretty well at 1080p.

Jim Salter

Although the YouTube video for Netflix’s Our Planet episode “Forests” didn’t appear to drop any frames when played back, there was minor screen tearing visible in some scenes.

Jim Salter

I also tested the Pi 400 under Ubuntu 20.10, which was preflashed on a second SD card that the Pi Foundation shipped specially to us along with the Pi 400 kit. The Ubuntu image is actually an installer itself, not a fully installed OS; on first boot, it walks the user through a few basic questions prior to running the actual installation process, which also goes to the SD card.
In general, Ubuntu 20.10 is exactly as Desktop Engineering Director Martin Wimpress promised me—a fully functional distribution ready-to-go with the Pi 400, without any quibbles about things that don’t work here or there. If you’re familiar with Ubuntu Desktop, you’ll be familiar with Ubuntu on the Pi 400—it just works, and it looks exactly the same as it would on a traditional x86 system.
With that said, it is significantly slower than Raspberry Pi OS, and for the moment, I wouldn’t particularly recommend it on the Pi 400 yet. It’s noticeably slower to boot, slower to open applications, and the 60fps YouTube video that dropped frames here and there under Raspberry Pi OS only renders a frame here or there under Ubuntu.
We suspect that most of the people who are habituated to Ubuntu’s Gnome3-based desktop will find it easier to adapt to Raspberry Pi OS’ functional LXDE-based desktop than to deal with the lower performance that Groovy Gorilla offers right now.
I suspect this will change in the future, as 全新相機收購canonical and the Pi Foundation continue working hand in hand to improve Ubuntu’s integration on the Pi—but Raspberry Pi OS, like Ubuntu, is for the most part just Debian under the hood. I think it’s probably better, for now, for Ubuntu users to adapt to using Pi OS rather than adapting to Ubuntu’s lower performance on the Pi.
Performance and reliability analysis

The Pi 400 doesn’t seem likely to share the Pi 4’s overheating problems—I never saw CPU temp higher than 52°C.

Jim Salter

The Pi 400 doesn’t seem likely to share the Pi 4’s overheating problems—I never saw CPU temp higher than 52°C.

Jim Salter

Although YouTube enjoys hardware video decoding offload on the Pi 400, there’s still a lot going on in software, as this Netdata graph while watching Our Planet—Forests in 1080p demonstrates.

Jim Salter

Although YouTube enjoys hardware video decoding offload on the Pi 400, there’s still a lot going on in software, as this Netdata graph while watching Our Planet—Forests in 1080p demonstrates.

Jim Salter

The Pi 400 doesn’t seem likely to share the Pi 4’s overheating problems—I never saw CPU temp higher than 52°C.

Jim Salter

Although YouTube enjoys hardware video decoding offload on the Pi 400, there’s still a lot going on in software, as this Netdata graph while watching Our Planet—Forests in 1080p demonstrates.

Jim Salter

It’s not hard to spot the time at which I shifted the Costa Rica video from 480p/30fps to 720p/60fps.

Jim Salter

It’s not hard to spot the time at which I shifted the Costa Rica video from 480p/30fps to 720p/60fps.

Jim Salter

Netdata itself consumes a significant amount of the Pi400’s CPU—especially while the real-time graphing interface is visible.

Jim Salter

Netdata itself consumes a significant amount of the Pi400’s CPU—especially while the real-time graphing interface is visible.

Jim Salter

It’s not hard to spot the time at which I shifted the Costa Rica video from 480p/30fps to 720p/60fps.

Jim Salter

Netdata itself consumes a significant amount of the Pi400’s CPU—especially while the real-time graphing interface is visible.

Jim Salter

The best news about the Pi 400’s performance and reliability is that the device doesn’t seem to share the Pi 4’s predilection for overheating. Despite having no active cooling, the Pi 400 never got within 30°C of its thermal limits in my testing—even during a 10-minute-long CPU stress test, using stress-ng. My office was at 28°C during testing; the Pi 400 idled at about 32°C and peaked at 52°C—and it’s rated for unthrottled operation up to 85°C.
Moving on from the thermals, I wanted to get a little more detail about what’s happening when the Pi 400 opens applications sluggishly and plays back video less than smoothly. A lot of readers got excited about Ubuntu’s new firmware, which allows USB booting, potentially overcoming SD card I/O limitations—so I particularly wanted to look for spikes in CPU iowait (time the processor spends waiting for data to come back from storage).
Although there is an occasional large spike in iowait (magenta areas on the graph)—like the one visible on CPU3 at about 16:52:40—they’re uncommon. For the most part, what I’m seeing here is just plain not enough CPU to get transient, high-demand tasks done as quickly as x86 users are accustomed to getting them done. Opening applications is hard work—significantly harder, in many cases, than actually running those applications—and the lack of grunt in the BCM2711 is readily apparent there.

We can also see that lack of CPU firepower readily in the Netdata graphs when shifting the Costa Rica video from 480p/30fps to 720p/60fps. At 480p/30fps, the CPU spends most of its time beneath 50-percent CPU utilization, with frequent but narrow spikes up to 80 percent or higher. But when we try to render 60fps video, the CPU spends almost all of its time at 80 percent or higher, on all four cores—making it effectively saturated, with the result of rendering video in seconds-per-frame rather than the other way around.
It certainly can’t hurt to replace the onboard SD card with a high-performance USB3 solid-state drive—but I don’t believe it will really solve the underlying issue that the Pi 400 is still a Pi, with a passively cooled CPU that just doesn’t stack up to actively cooled x86 CPUs in standard desktops and laptops.

Disassembly

There are no screws on the outside of the Pi 400’s chassis—so don’t bother prying up the rubber feet on the bottom. Insert a plastic spudger and gently pry clips loose all the way around the chassis.

Jim Salter

There are no screws on the outside of the Pi 400’s chassis—so don’t bother prying up the rubber feet on the bottom. Insert a plastic spudger and gently pry clips loose all the way around the chassis.

Jim Salter

With the chassis opened, the keyboard can be flipped over, revealing a heat spreader covering most of the Pi 400’s board.

Jim Salter

With the chassis opened, the keyboard can be flipped over, revealing a heat spreader covering most of the Pi 400’s board.

Jim Salter

The chassis didn’t have screws, but the heat spreader does. They look funky, but a Phillips-head driver fits them.

Jim Salter

The chassis didn’t have screws, but the heat spreader does. They look funky, but a Phillips-head driver fits them.

Jim Salter

With the chassis opened, the keyboard can be flipped over, revealing a heat spreader covering most of the Pi 400’s board.

Jim Salter

The chassis didn’t have screws, but the heat spreader does. They look funky, but a Phillips-head driver fits them.

Jim Salter

You’ll also need to disconnect the keyboard’s ribbon cable. Flip up the black plastic ledge, and the cable slides out—there is no pinned-out connector; the clip pins the cable’s conductors down to their mates.

Jim Salter

With the keyboard cable detached, we can gently pry up the heat spreader—but be careful; it’s attached to the CPU with double-sided thermal tape.

Jim Salter

It’s amazing how clean and simple a typical ARM board really is. The BCM2711 CPU is centered on the board, under and slightly right of the HDMI logo.

Jim Salter

There’s not a whole lot of reason to crack open the Pi 400, apart from sheer curiosity—what little is on the board at all is soldered down, and with the entire device only costing $70, we’re not sure there will ever be much market for replacing the motherboard in an existing chassis.
If you decide to break open a Pi 400 anyway, you’ll need a spudger—the chassis isn’t held together with any screws at all, so don’t bother peeling the feet off the underside. Instead, take a fine-edged spudger and gently work it into the seam—eventually, you’ll expose one of many little rectangular cutouts that allow further prying. At each one, gently work the spudger a little bit deeper, then just continue to slide it across the device inside the seam.
The clips on the chassis are tight, so we really do not recommend substituting a knife blade for a proper spudger here—if you do, you

隨著影音平台崛起,比起單純靜態拍照,愈來愈多民眾喜愛以生動活拍的影片紀錄生活,然而手機畫質、防震效果都不理想,購買傳統單眼相機又過於沉重,該怎麼辦呢?近年其實有不少新型態相機可以參考,身材更輕巧,價格也更為親民,是拍攝 VLOG 的好選擇。

全新相機收購Osmo Pocket 3 售價 17,990 元。(圖/翻攝DJI官網)

由 DJI 所推出的雲台相機 Osmo Pocket 3 近期掀起一波搶購熱潮,憑藉的是強力的穩定性與握持手感。從最根本的設計 Osmo Pocket 3 就與傳統相機不一樣,採用如手把一樣的機身,不只是便於收納攜帶,也能夠全程以單手握持兼操作,整機融入了雲台增穩技術,可以在不裁切的情況下達到三軸穩定,讓拍攝的畫面不再左右搖晃,能輕鬆拍出 4K、120fps 影片。

全新相機收購全新相機收購canon PowerShot V10 售價 13,990 元(圖/記者黃肇祥攝)

相機大廠 全新相機收購canon 勇於創新,推出專為 VLOG、直播而生的 PowerShot V10,採用直立式設計,同樣是為了方便單手握持,搭載 19mm F2.8 超廣角定焦鏡頭,即便沒有自拍桿也有足夠廣闊的視角,不會讓整張人臉佔據畫面。全新相機收購canon 還在機身上設計可伸縮式支架,就算無法騰出雙手握持相機,也能擺在桌面上繼續拍攝,像是可以搭配 App 與 Youtube、Facebook 進行直播,或者應用在拍攝美食的自拍畫面。

全新相機收購Insta360 X4 售價 18,899 元(圖/翻攝Insta360 官網)

如果普通的拍攝視角無法滿足你,不妨透過 360 全景相機捕捉更有趣的畫面。假日喜愛上山下海,就可以考慮購買運動相機 Insta360 X4,裸機能達到 IPX8 防水等級,實現 10 米的防水,搭配專屬保護殼更能深入海水浮淺拍攝,並且支援 360°全景、隱形自拍桿、可以圍繞拍攝者錄影的 8 倍慢動作子彈時間,能拍出一般相機難以實現的特殊畫面。

全新相機收購 全新相機收購

Canon CEO Fujio Mitarai says the company’s nanoimprint chip machines will cost “one digit less than ASML’s EUVs”, adding that Canon has not set final pricing 全新相機收購

全新相機收購r network
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全新相機收購

▲全新相機收購canon EOS R6 Mark II 正式在台開賣。(圖/全新相機收購canon提供)

記者陳俐穎/綜合報導

相機品牌 全新相機收購canon 今日正式宣布全新 EOS R6 Mark II 在台開賣,主打攝錄雙棲的強悍功能,一機同時滿足拍照與錄影兩大需求,無論是紀錄個人生活、專業影片製作皆能完美掌握動靜瞬間,非常適合用於婚禮拍照錄影、 Youtuber 或其他影片創作者。

全新 EOS R6 Mark II 大幅提升主體辨識及自動對焦追蹤能力及高速連拍功能。在自動對焦系統主體偵測能力方面,新增主體類別包括火車、飛機、馬匹,而眼睛偵測自動對焦則新增右眼優先或左眼優先對焦。電子快門提供最高約每秒 40 張 的高速連續拍攝。

在錄影方面更是新增許多強大功能,提供 4K 60P / 4K 30P (6K超採樣) 全視角無裁切影片格式、FHD 180P 高格率之6倍慢動作、無30分鐘錄影限制、影片拍攝前預錄設定 (3秒/ 5秒)…等,因此 EOS R6 Mark II 完整兼具了拍照及錄影功能,方便創作者輕鬆實現無限的創意。

根據全新相機收購canon資訊,EOS R6 Mark II單機身建議售價 76,900元,搭配RF24-105mm F4-7.1 IS STM鏡頭之單鏡組(Kit) 建議售價為 86,900元。於活動期間內,購買申請通過審核送LP-E6NH原廠電池。

全新相機收購 全新相機收購

EOS R10 + RF-S18-45mm F4.5-6.3 IS STM 公司貨 全新相機收購

全新相機收購全新相機收購
None

全新相機收購 

▲台灣資安廠商匯智安全科技參加日本CEATEC展,推出全球首支整合檔案加密功能的無密碼認證金鑰SAMURAI Key(武士之鑰)。(圖/匯智提供)

記者蘇位榮/台北報導

隨著科技的快速進展,駭客技術不斷革新,其中密碼破解已成為資料侵入的首選策略。研究指出,大約有80%的資料外洩皆與密碼安全有關。一旦密碼被破解,不論個人或企業,資訊安全都會面臨巨大威脅。

台灣資安廠商匯智安全科技日前參加日本CEATEC消費電子展,推出全球首支整合檔案加密功能的無密碼認證金鑰SAMURAI Key(武士之鑰),不僅提供無密碼認證,更加強了資料加密保護,有效降低資料外洩的風險。

密碼外洩不僅可能導致隱私資料遭竊,更可能使企業遭受財務損失及品牌受損,甚至面臨法律訴訟。因此,加強資訊安全和密碼保護已成為當前急需解決的問題。

零信任(Zero Trust)因應而生,是一種資訊安全架構原則,核心理念是「永不信任,始終驗證」。它假設內部和外部的網路都是不可信的,並要求在授予任何訪問權限之前,對所有使用者和系統進行嚴格的身份驗證和授權。

Google積極推出Passkey無密碼登入技術就是基於零信任(Zero Trust)原則,Passkey技術會要求一些關於使用者的真實信息,例如指紋、面部辨識,以確保只有經過驗證的使用者可以訪問其帳戶或敏感信息,這種技術允許使用者僅透過生物特徵或個人設備解鎖來登入他們的帳戶,而無需輸入傳統的密碼。

根據Microsoft的研究數據,解決密碼問題能減少高達99.9%的身份驗證風險。面對此挑戰,SAMURAI Key不僅提供了解決方案,並加入了加密隨身碟和端點檔案加密功能,進一步保護了企業和個人資料。

匯智安全科技總經理鄭嘉信表示,Passkey技術與SAMURAI Key同樣基於FIDO2與Webauthn標準。隨著Passkey的興起,預期將有更多服務開始支援安全金鑰登入。

CEATEC是日本最大消費電子展,於10月17日至10月20日在千葉幕張舉行。匯智安全科技以「強化企業端點安全(Endpoint Security)」為主題,提出電腦遭非法登入與資料外洩的解決方案。企業客戶可以透過伺服器嚴謹控管SAMURAIKey,消除過往日本企業對遺失隨身碟會導致資料外洩的顧慮。日本電波株式會社、全新相機收購canon、KDDI、OMRON、南星海運等都蒞臨攤位觀看動態展示。

匯智安全科技行銷企劃林蓉萱表示:「對於追求更高安全,要求或希望使用非手機登入方法的用戶,SAMURAI Key不僅滿足了他們的基本需求,而且超越了他們的期望,提供了加密保護資料的功能。」

除了參展外,「SAMURAI Key(武士之鑰)」也在日本群眾募資平台推出,12小時就成功達成募資金額,大受好評原因是Samurai key 滿足高端商務人士三個資安需要:一是取代密碼難記與洩漏;二是沒有遺失隨身碟造成資料洩漏的擔憂;三是加密筆電桌機檔案,確保隱私。受到日本人肯定與支持,也為台灣在全球資安的領域攻占一席之地。

鄭嘉信表示,設計Samurai Key之初,匯智安全科技同時將企業管理的資安需要考慮在內,把透過企業伺服器控管功能放入,扭轉了企業對 USB 隨身碟使用將導致資料外洩的擔憂。為進一步服務企業客戶,匯智安全科技可按照企業安全政策與需求進行 OEM 及 ODM 客製。透過整合「加密隨身碟」與「無密碼認證」,提供個人與企業更完整且全面的資安防護。

鄭嘉信補充說明:「不管是零信任,或是FIDO2,無密碼認證金鑰,對於一般使用者來說,都只是新穎的名詞,但卻是迫在眉睫必須解決的事。」匯智安全科技透過創新的技術和解決方案,正為全球資安市場樹立新的標準,並推動資訊安全向前發展。

全新相機收購 全新相機收購

市占率超過 40%!富士自曝稱霸非全片幅相機市場 全新相機收購

全新相機收購

全新相機收購(圖/翻攝富士官網)

富士相機近年深受許多年輕消費者喜愛,復古風的造型加上獨特的軟片模擬色彩,使多款相機一機難求。事實上,富士更是繼 全新相機收購canon、Nikon 與 Sony 等三大巨頭之後,最具影響力的相機品牌之一。近期高層在一份訪談中就透露,他們稱霸了全片幅以外的相機市場。

富士法國的影像事業部門主管 Franck Bernard 接受外媒《Phototrend》訪問透露,富士是「非全片幅」相機的市場領導者,約有 40% 市占率。從富士所推出的產品來看,也能窺見一二,雖然富士沒有推出的全片幅的相機,卻專注於 APS-C 相機,以及較少品牌踏入的中片幅。

對比 全新相機收購canon、Nikon 與 Sony,儘管仍持續推出的 APS-C 相機與鏡頭,但是重心更偏向全片幅,投入的資源遠遠不如富士多元。富士除了有十分搶手的 X100VI 系列,近期也發表全新的入門機款 X-M5,瞄準喜愛拍攝影片的 Vlog 錄影需求。

外媒《petapixel》認為,富士的成功很大程度上要歸功於其「軟片模擬」功能,將底片時期的色彩科學延續到數位相機時代,滿足消費者對於復古的喜好。隨著底片相機的再度復興,富士是否可能推出相關產品?對此,Franck Bernard 表示,雖然新款底片相機目前不在規劃內,但推出相關產品的可能性。

全新相機收購方形機身的EOS R1配有獨家十字型對焦,在拍攝低對比度主題、鳥類時,對焦更為精準。預計11月下旬開賣,單機身售價193,000元。(記者黃肇祥攝)

日本知名相機品牌全新相機收購canon鎖定頂尖及專業攝影市場,在台推出兩款相機EOS R1與EOS R5 Mark II,結合時下熱門的AI技術,不僅能自動鎖定運動場上的關鍵瞬間,還能辨識指定人物,拍出更精采的畫面。

全新相機收購canon透過加入專門處理AI運算的DIGIC加速處理器,讓EOS R1、EOS R5 Mark II兩款相機皆具備全新的「動作優先」對焦模式,在拍攝足球、籃球或排球等運動賽事時,相機會分析人物動作與場景資訊,準確捕捉投籃、射門等關鍵動作。另一個「註冊人物優先」功能,則是讓相機的對焦點優先鎖定指定人物,免去模糊不清的困擾,獲得最佳拍攝效果。

全新相機收購 全新相機收購

Sony 預告新相機特別活動!旗艦機皇 α1 有望迎來第二代 全新相機收購

全新相機收購

全新相機收購Sony α1 是在 2021 年初在台開賣,距今已經快四年了。(圖/記者黃肇祥攝)

Sony 正式預告將在 11 月 20 日舉辦 Alpha 相機的特別活動,開放日本民眾報名參與,儘管未說明是否帶來最新產品,但先前 Xperia 1 VI 也是先行公佈粉絲活動,才揭曉發表會內容。被外媒認為,這場活動很高機率會有新相機登場。

根據外媒《SonyAlphaRumors》消息指出,Sony 將會在本場活動帶來新一代 α1 II,機身設計會如同現在的 α9 III,採用 5000 萬畫素的感光元件,並且加入 AI 晶片帶來更精準的對焦系統,並且支援 CFexpress Type A 4.0 記憶卡、C2PA 影像認證格式,預計價格會落在 7,500~8,000 美元之間(約 23.9 萬元至 25.5 萬元),預計 2025 年初上市。

同場發佈的還有另一顆 28-70mm f/2.0 GM 變焦鏡頭,重量落在 900g,體積則與現有的 135mm GM 相似,主要對標的 全新相機收購canon 全片幅的 28-70mm 鏡頭,售價落在 3,000 美元(約 95,907 元)。

全新相機收購

▲ 全新相機收購canon 新一代入門無反相機 EOS R8。(圖/翻攝自 全新相機收購canon 官網)

記者樓菀玲/台北報導

全新相機收購canon EOS R8 全片幅無反光鏡相機今日正式上市,為 全新相機收購canon 旗下最經濟型機種,為 EOS RP 後繼機種,可為首次購買全片幅相機的攝影愛好者及內容創作者提供卓越性能,號稱同價位機型當中最強規格的無反相機。

今日,全新相機收購canon 正式推出全新全片幅無反光鏡相機 EOS R8,該相機以輕量化機身和先進的功能吸引攝影愛好者和內容創作者,機身僅重 461 克,具備 2,420 萬像素全片幅 CMOS 影像感測器,並提供 6K 超取樣 4K 60p、FHD 180p 錄影功能以及 全新相機收購canon Log 3。此外,該相機還配備電子快門,最高可達 40 FPS 連拍。

對於創作者而言,EOS R8 具有無與倫比的錄影和拍照功能,可利用 6K RGB 素材超取樣的無裁切 4K UHD 60p 錄影功能來創作,實現高畫質和細緻的短片表現。而且,EOS R8 可連續拍攝 30 分鐘或以上的無裁切 4K UHD(6K超取樣)60p 短片。

為了滿足各種拍攝需求,EOS R8 支援 8-bit 及 YCbCr 4:2:2 10-bit 短片選項、全新相機收購canon Log 3 和 HDR PQ。10-bit HDR PQ 能在無需後期調色的情況下錄製高亮度、豐富層次和廣色域的短片。此外,EOS R8 還具有偽色顯示、斑馬紋顯示、呼吸效應補償功能以及 5 軸防震的短片數位 IS。

全新相機收購

▲ EOS R8 。(圖/翻攝自 全新相機收購canon 官網)

在設計方面,EOS R8 的按鈕重新設計,以提高拍攝操作性。機身左肩加入相片/短片模式切換開關,方便快速轉換拍攝模式。此外,視覺指南可以幫助新手輕鬆掌握相機的功能和設定。

該相機配備了高精度電子觀景器,提供 0.39 吋 236 萬點 0.7 倍 OLED 顯示,最高可達 120FPS。此外,還具有多角度觸控螢幕和防塵防水滴設計,使攝影過程更加便捷與靈活。

總之,全新相機收購canon EOS R8 以其輕巧的機身、卓越的性能和專業功能成為攝影愛好者和內容創作者的理想選擇,配有光學影像穩定器的 RF/RF-S 鏡頭與 EOS R8 的數位防震功能相結合,可實現更穩定流暢的影片效果。此外,OVF 模擬顯示輔助功能通過HDR技術提供更自然的高光和暗部漸變,重現傳統單眼相機光學觀景窗畫面。

高度靈活的 3 吋 162 萬點多角度 Clear View II LCD 觸控螢幕,讓攝影師能夠在高、低角度或繞過障礙物拍攝時尋找新的視角。此外,EOS R8 採用輕巧鎂合金機架加強耐用度,防塵防水滴設計則有助於防止灰塵和水滴滲入相機,目前已知 全新相機收購canon EOS R8 在台售價為 43,900 元,搭配 RF24-50mm f/4.5-6.3 IS STM 鏡頭的 KIT 組合則是為 49,900 元。

全新相機收購 全新相機收購

EOS R50 + RF-S18-45mm F4.5-6.3 IS STM 單鏡組 公司貨 全新相機收購

全新相機收購全新相機收購
None

全新相機收購除了小型數位相機,柯達持續推出的底片相機、拍立得,也仍獲得年輕用戶喜愛。(圖/彭博社)

說到相機技術的領頭羊,相信不少人第一時間想到的會是三大巨頭 全新相機收購canon、Sony 與 Nikon,然而,經典老品牌柯達卻在近年竄起!最新數據顯示,柯達擊敗多家大廠,在今年 4 月成為日本銷售市占第一名,靠的是復古熱潮的興起。

日本研調機構 BCN 統計 2024 年 4 月份日本通路的相機銷售數據,柯達以 22.5% 銷售市占奪得第一名,2021 年只有不到 5%,過去兩年大幅攀升,要歸功於 PIXPRO FZ55、PIXPRO FZ45 和 PIXPRO WPZ2 等小型數位相機,以不到 20,000 日圓(約 4,127 元)的售價,以及簡單好上手的特性,獲得消費者歡迎。

BCN 指出,僅管各大相機品牌已經把研發重心擺到無反微單眼相機,逐漸讓平價的的數位相機退出市場,隨身相機仍是有一定市場,又再加上復古熱潮興起,使一些平價、輕巧的隨身相機在社群媒體上獲得大量年輕客群關注,是柯達主要的成長動力。

全新相機收購(圖/翻攝 BCN網站)

全新相機收購此為PIXPRO FZ55,採用 1/2.3 吋感光元件。(圖/翻攝柯達官網)

除了柯達以外,以相機配件起家的 Kenko-Tokina 近年也獲得一定關注,在 4 月份市占率達到 6.9% 位居第五名,主要也是因為小型數位相機 KC-03TY,還有玩具相機而獲得關注。

全新相機收購canon 目前排在第二名,擁有 20.2% 市占,除了入門款 EOS R50、R10 十分熱賣,同樣也受益於復古熱潮,讓旗下 IXY 650 成為日本該月份第六熱銷的機款,至於 Sony 則以 16.5% 排在第三名,第四名的是 10.5% 的富士。

全新相機收購 全新相機收購

蘋果、Canon 聯手了!預告首款 Vision Pro 專屬相機鏡頭 全新相機收購

全新相機收購

全新相機收購(圖/翻攝全新相機收購canon官網)

蘋果找上相機大廠 全新相機收購canon!為了推廣 Vision Pro 主打的「空間影片」,蘋果希望提供創作者更多專業工具,為此找上 全新相機收購canon 即將推出首款以 Vision Pro 體驗為訴求的相機鏡頭。

全新相機收購canon 預告,即將替 EOS R7 帶來  RF-S7.8mm F4 STM DUAL 鏡頭,將會屬於專門用於拍攝虛擬實境的 EOS VR 系統,因此不僅是擁有 7.8mm 的超廣角,更搭配兩支魚眼鏡頭,就是為了捕捉 180 度的 VR 畫面。

全新相機收購canon 表示,該鏡頭擁有與人眼相近的視角、高速的自動對焦,能在極具挑戰的照明條件下,拍出絢麗的空間影片,並且後續透過 EOS VR Utility 應用程式將檔案轉換為 Vision Pro 可以觀賞的空間影片。

全新相機收購(圖/翻攝全新相機收購canon官網)

目前 全新相機收購canon 尚未公開詳細規格,是否支援其他 APS-C 的 EOS R 相機也仍待確認。然而,日前 全新相機收購canon 高層曾在 CP+ 攝影大展透露,考量到 Vision Pro 的高解析度,要替其製作內容有一定的難度,無論是畫素還是幀率均必須達到一定水準,故可以推測,為了符合 Vision Pro 格式,恐怕不是每一款相機都能適用。

全新相機收購

▲全新相機收購canon EOS R 系統邁五週年。(圖/全新相機收購canon提供)

記者樓菀玲/綜合報導

全新相機收購canon 於「2023 年台北攝影器材展暨影音創作設備展」盛大亮相,全新主題「完美光學再定義」為消費者呈現其最新的數位相機、印表機和專業攝影機,更宣布即日起提供 RF 系列鏡頭三年保固服務,引發愛好者暴動。

此外,為慶祝 EOS R 系統五週年,全新相機收購canon 消費性產品事業群副總高耀聰公布,從即日起 全新相機收購canon 在台灣提供 RF 系列鏡頭三年保固,這不僅證明了 全新相機收購canon 對其產品的自信,更是對消費者的誠心承諾。

展覽期間,全新相機收購canon 也安排了豐富的攝影講座,共24場,涵蓋各式主題,為攝影愛好者和影音創作者提供專業知識。現場參與者更有機會參與各式活動,並有機會獲得 CP1500 印相機等大獎。特別的促銷優惠和限時活動等眾多好康,絕對值得一遊。

全新相機收購canon 的展區不僅專注於相機,其印表機部分也大放異彩。特色的 PRO 系列 A3+ 專業相片印表機和 G 系列大供墨複合機都能夠精確列印出高品質的照片,給予消費者最佳的視覺饗宴。專業攝影機部分更展出了完整的數位錄影機、電影級機種和鏡頭系列,讓影音創作者大開眼界。

全新相機收購 全新相機收購

市占率超過 40%!富士自曝稱霸非全片幅相機市場 全新相機收購

全新相機收購

全新相機收購(圖/翻攝富士官網)

富士相機近年深受許多年輕消費者喜愛,復古風的造型加上獨特的軟片模擬色彩,使多款相機一機難求。事實上,富士更是繼 全新相機收購canon、Nikon 與 Sony 等三大巨頭之後,最具影響力的相機品牌之一。近期高層在一份訪談中就透露,他們稱霸了全片幅以外的相機市場。

富士法國的影像事業部門主管 Franck Bernard 接受外媒《Phototrend》訪問透露,富士是「非全片幅」相機的市場領導者,約有 40% 市占率。從富士所推出的產品來看,也能窺見一二,雖然富士沒有推出的全片幅的相機,卻專注於 APS-C 相機,以及較少品牌踏入的中片幅。

對比 全新相機收購canon、Nikon 與 Sony,儘管仍持續推出的 APS-C 相機與鏡頭,但是重心更偏向全片幅,投入的資源遠遠不如富士多元。富士除了有十分搶手的 X100VI 系列,近期也發表全新的入門機款 X-M5,瞄準喜愛拍攝影片的 Vlog 錄影需求。

外媒《petapixel》認為,富士的成功很大程度上要歸功於其「軟片模擬」功能,將底片時期的色彩科學延續到數位相機時代,滿足消費者對於復古的喜好。隨著底片相機的再度復興,富士是否可能推出相關產品?對此,Franck Bernard 表示,雖然新款底片相機目前不在規劃內,但推出相關產品的可能性。

全新相機收購除了小型數位相機,柯達持續推出的底片相機、拍立得,也仍獲得年輕用戶喜愛。(圖/彭博社)

說到相機技術的領頭羊,相信不少人第一時間想到的會是三大巨頭 全新相機收購canon、Sony 與 Nikon,然而,經典老品牌柯達卻在近年竄起!最新數據顯示,柯達擊敗多家大廠,在今年 4 月成為日本銷售市占第一名,靠的是復古熱潮的興起。

日本研調機構 BCN 統計 2024 年 4 月份日本通路的相機銷售數據,柯達以 22.5% 銷售市占奪得第一名,2021 年只有不到 5%,過去兩年大幅攀升,要歸功於 PIXPRO FZ55、PIXPRO FZ45 和 PIXPRO WPZ2 等小型數位相機,以不到 20,000 日圓(約 4,127 元)的售價,以及簡單好上手的特性,獲得消費者歡迎。

BCN 指出,僅管各大相機品牌已經把研發重心擺到無反微單眼相機,逐漸讓平價的的數位相機退出市場,隨身相機仍是有一定市場,又再加上復古熱潮興起,使一些平價、輕巧的隨身相機在社群媒體上獲得大量年輕客群關注,是柯達主要的成長動力。

全新相機收購(圖/翻攝 BCN網站)

全新相機收購此為PIXPRO FZ55,採用 1/2.3 吋感光元件。(圖/翻攝柯達官網)

除了柯達以外,以相機配件起家的 Kenko-Tokina 近年也獲得一定關注,在 4 月份市占率達到 6.9% 位居第五名,主要也是因為小型數位相機 KC-03TY,還有玩具相機而獲得關注。

全新相機收購canon 目前排在第二名,擁有 20.2% 市占,除了入門款 EOS R50、R10 十分熱賣,同樣也受益於復古熱潮,讓旗下 IXY 650 成為日本該月份第六熱銷的機款,至於 Sony 則以 16.5% 排在第三名,第四名的是 10.5% 的富士。

全新相機收購 全新相機收購