Newsroom – Maurice Blisson

Basys, Maurice Blisson

 

 

 

 

 

 

 

 

 

 

Copyright resides with the original holder, no reproduction without permission.

I came across this old photo taken in Pebble Mill newsroom, in the early 90s at a guess. I am in the foreground and also on it are Harvinder Singh, a newsroom stalwart who still does news shifts at the Mailbox, and Bob Sinkinson, Network News reporter, now retired. It looks like it is the old assignments desk, with me as intake editor and Harvinder on Camera Diary, controlling the movements of the crews and reporters. The early computers were the Hewlett-Packard BASYS system and were very rudimentary. There is the reflection of a red light at the end of the newsroom, indicating transmission.

Maurice Blisson

The following comments were left on the Pebble Mill Facebook Group:

Becky Land: ‘Ah BASYS, that takes me back. I went from an electric typrwriter (ILR) to Basys and Rip n Read and thought I was in vanguard of technological age. Cart anyone?’

Peter Poole: ‘Maurice was a great character. The BASYS system could be logged in to remotely using a dial up connection. Somehow the modem phone number, user name and password was leaked. And a person who was due to be interviewed hacked into BASYS. And was able to read the scripts for their interview.’

EMI 2001 Camera – Keith Brook (aka Scouse)

photo by Robin Sunderland no reproduction without permission

photo by Robin Sunderland no reproduction without permission

 

 

 

 

 

 

 

 

 

 

 

 

(Photo shows a rehearsal of ‘Pebble Mill at One’, Donny MacLeod interviewing Harry Carpenter, FM Nick Patten, cameraman Brian Cave)

Ah, the EMI 2001, what a wonderful camera.

First, a digression.

In the black & white days, cameras had a single tube called an ‘Image Orthicon’. Basically a bloody big vacuum tube, or ‘valve’, with a flat end onto which the image was shone. Inside the tube, a beam was fired at that image, in the same raster scan as your TV set, which was reflected back stronger or weaker depending on the brighter or darker parts of the image. These tubes were huge, 4½” in diameter (a few were 3″), and almost the full length of the camera.

Four lenses were positioned on a ‘turret’ which was ‘swung’ either by manually rotating a handle at the rear or, in one case, by flicking a switch to electrically drive them in either direction. Focussing was done by a lever which moved the tube backwards and forwards. Thus, the lenses stayed still and you moved the tube to focus.

Now, introduce colour and it’s a whole new can of worms. It would be almost impossible to move three large tubes, Red, Green and Blue, complete with prism block to split the colours, and keep the whole lot registered. CBS had a go and the BBC experimented too, but they were attacking the problem from the wrong direction.

Perhaps keep the tubes still and move the lenses? Equally impractical with a bunch of them on a turret.

Eventually, two elements conspired to make the late 60’s, early 70’s, colour camera a reality.

Firstly, the invention of the ‘Plumbicon’ tube which reduced the size to about 1″ in diameter and 6″ in length.  This allowed a compact block and tube assembly.

Secondly, with a smaller image size on the tube front, reasonably sized zoom lenses became a practicality.

So far so good.

Unfortunately, cameras were designed by engineers who really didn’t consult cameramen. Thus, we were given a camera with a large body and a monster zoom lens, the same size again, nailed to the front.

This had a number of bad effects.

Firstly, to balance it, the whole weight would be shifted rearwards compared with a black & white camera. This made it very difficult to reach the steering ring on the Vinten peds. A larger ring was eventually fitted, but not before many cameramen had their backs ruined.

Secondly, the whole package, including the cameraman at the back and the minimum focussing distance at the front, was about 10ft. Not good, especially when crammed into the broom cupboards of Children’s TV in Pres A or ‘Old Grey Whistle Test’ in Pres B at Telly Centre.

Did I digress?

Oh yes, the EMI 2001.

Now, I’m not an engineer or a technician, but I’ve spent a lot of my career with my head buried inside these Emmys and we do have to know a little bit about them in order to help the engineers, especially on OBs where they can’t easily get to the camera. So, please forgive any ‘technical’ inaccuracies. I’m trying to explain the concept.

So, after you’ve chatted to cameramen, how do you make a camera that’s about the same size as a black & white one?

EMI’s approach was to find a lens that would fit inside a small-ish body and then figure out where to put the rest of the stuff.

Angenieux came up with a design that was compact enough to meet the size criterion including all the motors and electronics to drive the thing and throw in a 10:1 capability as well.

That still left the problem of the tubes and electronics to drive the camera. Fairly important.

The solution was very elegant.

Only have the tubes and prism inside the camera with the rest of the electronics at the other end of the cable, up in racks. Ok, you need some electronics but they were wrapped around the hole that the lens sat in.

Then, make a prism that allows the tubes to ‘fan out’ at almost 90deg to the light path from the lens. That way you can stuff them in the four corners of the box and only add about 6″ to the whole package.

Stick a few cameraman controls at the back and you’re good to go.

There’s another very clever element that EMI designed in. These tubes were horrifically expensive and to have three in each camera, four cameras in each studio, and so on, meant that the BBC bosses would have to have smaller bonuses.

There was a huge attrition rate in the manufacture of these smaller tubes with only a fraction passing the full broadcast test.

EMI’s engineers realised that the human eye is less sensitive to colour than to monochrome. That’s why, in the dark, really dark, we can’t see colours.

Their solution was to have four tubes. An expensive one that gave a full spec monochrome picture, and three much cheaper, lower quality, ones that were subtracted from the ‘white’ tube to give the colours. Brilliant!!

As it happens, that’s how the NTSC/PAL system works anyway, so it was an extremely elegant system.

So, you get a cameraman’s camera. You get great pictures for the time. And you get a device that enabled us to work on drama in a much more intimate way.

How that affected us is in Part 2.

Keith Brook (aka Scouse)

 

The following comments were left on the Pebble Mill Facebook Group:

Dave Bushell: ‘EMI 2001 – the tinted monochrome camera – never a fan (but I was an engineer, not a cameraman).’

Matthew Skill: ‘Surely they can’t be described as tinted monochrome, almost the reverse in fact; colour with added luminance detail, a-la the original technicolour 4-strip before they ditched the fourth film ( mirrored decades later in the 2005 only having 3 tubes ). I was a TA, then novice engineer, when we had them too in Newcastle. Remember the 2001s for the BBC allegedly had a different matrix fitted to lower the overall saturation, as either the powers that be were apparently worried about being as ‘gaudy’ as ITV, or BBC engineering wanted to keep chroma content at a ‘safe’ level for the subsequent chain. Beautiful pictures seen ‘raw’ at the Grade 1 connected component/RGB to the CCU, all we see now is composite quad/1″ recordings so the comparison with modern cams isn’t fare based purely on those.’

Andy Walters: ‘There was an EMI 2001 with it’s rack on display in the foyer of Breedon Wing at Wood Norton last time I was there. They had them at ATV Broad Street too back in the day.’

Keith Brook: ‘I think almost all stations had them. I was lining up an Emmy up on the gantry at Wembley stadium because one of the engineers was flashing the cue lights. After a while I asked his name because I didn’r recognise his voice. That’s when I realised I was lining up an LWT camera!! We didn’t mind so I carried on. They all looked the same from the back!!’

Attachment Allowance Claim Form

TandD claim form GH

Copyright resides with the original holder, no reproduction without permission.

Thanks to Giles Herbert for making this 1988 Transfer/Attachment Allowance Claim Form available.

Staff going on Attachment (when staff were transferred temporarily to another department, often in another building elsewhere in the country) would fill in these forms to claim the allowances they were due.

The Attachment scheme was a great way for staff to develop, and try out departments and jobs they might always have wanted to work in, but without either the member of staff or the new department having to commit permanently to the arrangement.  It allowed many members of staff to move from into more challenging positions.

The following comments were left on the Pebble Mill Facebook Group:

Andrew Godsall: ‘I didn’t do attachments at Pebble Mill but did two when I was in London. It was just a great system that allowed you to broaden your horizons in all kinds of ways. It was really forward thinking and one of the best things about being a member of BBC staff.’

Steve Dellow: ‘Hmm…sounds like an good excuse to go in my loft and dig out some T&DE forms, and some of John Malby’s excellent Radio Links planning sheets! Sched A anyone?! My favourites were the Cash Advance forms! ‘

Fiona Barton: ‘What about leave forms – remember when we got bisque (sp?) days? And ERR forms…extra responsibility reward – when did they go?’

Bex Pitt: ‘I used to work for Relocation Unit in Cardiff when it transferred from London. It inspired me to move to Pebble Mill!!’

Stuart Gandy: ‘and remember the cash office on the 6th floor where we often used to collect the results of these forms.’

Andrew Godsall: ‘Oh there were disturbed meal break forms and short turn around between shift forms too….what were they called?’

Stuart Gandy: ‘It was an MHW, meal hour work-through.’

Peter Poole: ‘ERR is extra responsibility reward. It’s paid to staff working at a level above their job description.’

Dave Bushell: ‘As I remember, ERR was calculated by some esoteric formula which meant that even is you were a Technical Assistant standing in for the DG, you only got about an extra 45p a day.’

Pete Simpkin: ‘When I was an engineer I once was away from base for three days covering a cricket match and whilst there had to record the audition of a would-be commentator. In those days each recording had to be accompanied by a recording report . I duly filled this in including the mileage details base to OB site in miles etc.and including the details of the mileage. I missed a tiny box labelled ‘shared’ (with the OB) so when expenses received it my boss was reprimanded for letting me loose on exes for three days including two overnights for a twenty minute recording! Happy days!’

Gail Herbert: ‘Attachments – weren’t they wonderful! I had a terrific year in London at TVC in 1980 working for costume allocations. It was a great place to be then, so vibrant, & I met some lovely people who I sadly lost contact with over the years. Even got to visit the Top of the Pops stuido on a regular basis and stand next to the likes of Rod Stewart. TVC was under seige on those days but it was great fun. And yes, Jimmy Savile was creepy!!!’

Peter Poole: ‘I remember the “Stop Knocking” form. This was given to anyone doing noisy building work. They then had to stop work for the duration of the recording session.’
Susan Astle: ‘We, in make up and costume, had loads of disturbed meal break claims! Susie Bankers.’

Pebble Mill model

Pebble Mill newspaper clipping PP

 

 

 

 

 

 

 

Copyright resides with the original holder, no reproduction without permission.

Thanks to Pauline Pearson for making this cutting from Ariel available, and for keeping it safe!

The photo is a model of the Pebble Mill building before it opened in 1971.

Included left to right are: John Grantham (Engineer, Services), Tony Pilgrim (Management, Communication and Engineering Services), Pauline Pearson (Producer’s Assistant, ‘The Doctors’), P. Hodges (Engineer, Services), E.R. Deighton (Head of Programme Services and Engineering), Ruth Taylor (Secretary to Head of Regional Television Development), Alan Rees (H.N.P.C.)(pointing out areas of the building), J.M.N. MacQueen (Head of Personnel and Finance).

The following comments were left on the Pebble Mill Facebook Group:

Ruth Barretto: ‘Collette Foster (who became a series producer on The Clothes Show) used to work for Tony Pilgrim and then George Henson took over the job of Manager Communication & Engineering Services (MCES). I used to work for John Grantham – (not in 71 but back in 83).’

Mike Workman: ‘Points of note, multi-storey carpark on the left of that image wasn’t completed, Studio C not shown in that image wasn’t built due to the substation and the front entrance didn’t protrude as much from the building!’

Stuart Gandy: ‘My goodness, they all look so young. John Grantham was one of the first people I ever met at Pebble Mill. This was early in 1979 when I went for my preliminary interview for the post of Technical Assistant. I remember he recommended a particular book to read on electronics. It must have worked because later that year I met him again on the formal selection board which got me the job. Then when I first started at Pebble Mill in early 1980, in TV ops, Peter Hodges was by then a Vision Super who I worked with for a while, always ensuring that high standards of picture output were maintained.’

CMCR9 (CM1/North3) – Jerry Clegg

North 3, CM1 JC

 

 

 

 

 

 

 

 

 

 

 

Copyright Jerry Clegg, no reproduction without permission.

Article by former sound supervisor, Jerry Clegg from BBC Manchester, about the outings that the newly restored CMCR 9, outside broadcast scanner, which was Pebble Mill’s CM1, and later Manchester’s North 3, has had this year.

The article appeared in a recent edition of Prospero.