I haven't seen anyone mention it, but maybe Canon officially killing off the LP-E6 has something to do with it.
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Yes.... but I do not think he would choose winning over having that anatomy blown off.. but I might be wrong... It is Paris.. and anything goes....Did you see the photo of the pole vaulter in the Olympics who knocked the bar down with a certain part of his anatomy that would have been removed by such an explosion? But for the lack of an iPhone, he could have got a gold. I use Apple chargers for all my devices and when travelling take a pair of small double-USB-C outlet ones so we can charge both our iPhones and laptop/iPad simultaneously or batteries in camera or cradle, and have the comfort of having a back-up if one charger fails.
A 2130mAh battery discharging at 6A and 7.2v would run down in 3 minutes! Maybe need a fire-extinguisher grip?The new battery can discharge at 6A. The n/nh are 2-2.13
A 2130mAh battery discharging at 6A and 7.2v would run down in 3 minutes! Maybe need a fire-extinguisher grip?
What I'm confused on here is Canon realistically could have made a more simplistic battery from the start and had a DC up-converter in the camera. Even still, they could have still likely have used an up-converter circuit and sacrificed battery life so the LP-E6NH owners could have full functionality of the camera.The new batteries meet the high amperage requirement. Nothing complicated. Its a battery. Same as any other electronic device PS requirement. The PS circuit detets the correct amperage. Just like any other high amperage device. Canon\'s support page states that the lithium ion battery is a high amperage type.
A DC up-converter will only give you more voltage, but less current since the power delivery from the battery is the bottleneck. So how would an up-converter solve the power issue? Comparing it with a water hose, an up-converter will increase the pressure, but the amount of water per second won't change.What I'm confused on here is Canon realistically could have made a more simplistic battery from the start and had a DC up-converter in the camera. Even still, they could have still likely have used an up-converter circuit and sacrificed battery life so the LP-E6NH owners could have full functionality of the camera.
The reeks of them making anti-consumer decisions, or being exceptionally cheap in their engineering practices.
That might fly in North America but setting a camera up to be that hostile to third party batteries might cause friction in places like the EU, where there's actual political will for consumer protection.
A DC up-converter will only give you more voltage, but less current since the power delivery from the battery is the bottleneck. So how would an up-converter solve the power issue? Comparing it with a water hose, an up-converter will increase the pressure, but the amount of water per second won't change.
Thats true, I haven't had my coffee yet and my electronics math is slow to come online.
I still question why they need the extra power - are they making up for inefficiencies in the sensor design potentially, or somewhere else in the system? Is it needed to power the cooling system? Are there lenses on the horizon that need this?
Don't get me wrong I've loved my Canon gear but I'm looking at a stack of 10 LP-E6NH batteries on my desk right now that are worthless if I were to upgrade to the R5II because they kneecap the camera.
And lets be honest, batteries have always been a money grab for Canon.
The LP-E6 was designed for the 5DII, 5DIII, 7D, 60D, 70D.
The LP-E6 was superseded by the LP-E6N which was designed for the 5DIV, 5DS, 5DSR, 6DII, 7DII, 80D, 90D, and the R.
The LP-E6N was superseded by the LP-E6NH which was designed for the R5, R5 C, R6, R6 Mark II, and R7.
At least up until this point the three different batteries are fully compatible with 19 different cameras with varying amounts of battery life, unlike the current situation with the R5II. But this still doesn't cover the 1 series, 3 series, or the more consumer orientated cameras.
In contrast when you look at Sony's current NP-FZ100 pack which is compatible with the A1, A9, A9II, A9III (which even has a global shutter), A7RIII, A7RIV, A7RV, A7SM3, A7C, A7CII, A7CR, A7III, A7IV, and even the 6600, 6700, FX30, and FX3 with full capabilities. A whopping 21 cameras. The previous iteration, the NP-FW50, is fully compatible with 34 different bodies.
- The LP-E6NH is 7.2v @ 2130mAh (16Wh) - $79.00
- The NP-FZ100 is 7.2v @ 2280mAh (16.4Wh) - $78.00
- The LP-E6P is 8.4v @ 2130mAh, (18.0Wh) - $79.00 - The same effective capacity as the NH with more electronics to power, which suggests the battery life is going to be much worse.
But it only supports 4 cameras.Yet, they do nothing to the LP-E19 for the 4th camera in a row. Which I appreciate.
But it only supports 4 cameras.Although I just looked at Nikon's compatibility chart and I suppose it could be worse.
I'm guess I'm just pissed I have almost $800 in batteries that aren't as useful anymore.
To my understanding a 2130mAh battery would discharge in 21 minutes with 6A continious current flow (which won't happen with the R5 M2).A 2130mAh battery discharging at 6A and 7.2v would run down in 3 minutes! Maybe need a fire-extinguisher grip?
Welcome to the nut houseNewly registered participant here, I purchased a DR-E6P and it was delivered this weekend. Here are the specifications on the instruction sheet that came with it. It may give the EEs and idea of what the batteries have inside.
Rated input: 20.0 VDC or 15.0 VDC
Rated output: 10.0 VDC or 7.5 VDC
Cord length: 3.94 ft
Working temp: 32f - 104f
Working humidity 85% or less
Working dimensions WXHXD (1.51 X 0.83 X 2.24)
Weight 3.1 oz
Looks to be a duel voltage power system. I would think that means it's smart enough to determine the voltage requirement of the camera it is in. I expect the batteries have the same capability.
Oops, you are right. I forgot to cancel the 7.2v.To my understanding a 2130mAh battery would discharge in 21 minutes with 6A continious current flow (which won't happen with the R5 M2).
I'm stuggling to see what the big upgrade is with the R5ii. Sure it's got a super fast sensor read out speed, but that's only really apparent in Electronic Shutter. This mode loses about a stop of DR and is a wee bit more iso noisy. You get a lot of fps with low rolling shutter. However, does anyone really need 30-40fps? I'm kind of content with my 1st curtain 12 fps. If you are someone like me that so far hasn't needed ES, then there's little advantage in a R5ii. The EVF is supposedly "improved", however, it's the same resolution as the previous model but gets the R3's eye control, if that's importaint to you. The improvements to the AF are mostly for three indoor sports which I'm pretty sure I'd never shoot. It's a camera that needs a specific and hard to find battery and the new battery grip is way more expensive than the old one...but does pretty much the same function. It's a lot of UK money for not a lot of extra or improved features. For me, I'm not seeing much benefit for a big pile of cash.The price of the LP-E6P in the UK is £119, which is over $150. The B&H price of $79 with 20% tax added on is only $95. It's another factor weighing in on the decision to stick with an R5 or splash out on a somewhat improved model.
I'm sure Sony is going to have to bump there's soon as wellI'd be pissed too. Sometimes progress is financially painful for everyone but the company.
Great question, I hadn't thought about that. Oh battery drama....My concern now is that I have seen posts saying that a firmware update will be required to use the 6P in earlier cameras. Will the firmware update result in 3rd party batteries be ignored as reported with the5Dm2? Time will tell. make that R5M2.