My band has been using a Mackie SR24 for about 8 months. Best live board I have ever used. Very flexible, very rugged, great "sound", very resonable price for the features included. In short, buy it - great board.
joe (j...@jojo.com) wrote: : mitc...@ix.netcom.com (Maestro) wrote:
: >My band is going to purchase a 24 channel board for the PA.
: >Is the Mackie SR24 good for this? ANy other suggestions?
jmcca...@freenet.columbus.oh.us (James McCarty) wrote: >My band has been using a Mackie SR24 for about 8 months. Best live board I >have ever used. Very flexible, very rugged, great "sound", very resonable >price for the features included. In short, buy it - great board.
Thanks. That's what I thought! What's a good price?
>>My band has been using a Mackie SR24 for about 8 months. Best live board I >>have ever used. Very flexible, very rugged, great "sound", very resonable >>price for the features included. In short, buy it - great board.
>Thanks. That's what I thought! What's a good price?
>M
The Mackie is a great board for the money. However, they are lacking in the areas of sonic quality and reliabile construction tehniques. The Mackie uses surface mount technology in the manufacture of the input modules. The input modules are manufactured in groups of eight. One channel goes out and you've got to replace eight. Surface mount is anything but reliable in a console that is to be used in a "portable" application.
I suggest you consider the Ramsa 4424. Much better sound quality and an infinitely better grounding scheme. They use a copper rod that runs the entire length of the chassis and everything is gounded to it. That's the same thing they do in their new $70,000 touring console.
As far as construction goes, the Ramsa uses individual circuit boards for each channel. Should a channel go out, you can replace them one at a time. You're less likely to be left high and dry with the Ramsa.
Sonically, the Ramsa has about 8dB more headroom and overall a much sweeter sound. Better EQ. A much better sounding mic pre.
True, the Ramsa is more money (about $2000 at Guitar Center), but like everything in life, you get what you pay for.
>The Mackie is a great board for the money. However, they are lacking >in the areas of sonic quality and reliabile construction tehniques. >The Mackie uses surface mount technology in the manufacture of the >input modules. The input modules are manufactured in groups of eight. >One channel goes out and you've got to replace eight. Surface mount is >anything but reliable in a console that is to be used in a "portable" >application.
(snip)
I have to disagree with you on this point. I have worked in the electronics manufacturing industry for 16 years, and it is a fact that surface mount manufacturing is far, far more reliable than thru-hole soldering. This is due partly to reduced component size which reduces component shock and vibration forces, and partly to tight control of the automated nature of the manufacturing process.
I have not had experience with the Ramsa board you mention, so I cannot comment on the Ramsa vs. Mackie discussion. However, I have used some very large live sound Ramsa boards, and they are definitely high-quality gear.
>bc...@ix.netcom.com(Brad Carr) wrote: >(snip) >>The Mackie is a great board for the money. However, they are lacking >>in the areas of sonic quality and reliabile construction tehniques. >>The Mackie uses surface mount technology in the manufacture of the >>input modules. The input modules are manufactured in groups of eight. >>One channel goes out and you've got to replace eight. Surface mount is >>anything but reliable in a console that is to be used in a "portable" >>application. >(snip)
>I have to disagree with you on this point. I have worked in the >electronics manufacturing industry for 16 years, and it is a fact that >surface mount manufacturing is far, far more reliable than thru-hole >soldering. This is due partly to reduced component size which reduces >component shock and vibration forces, and partly to tight control of >the automated nature of the manufacturing process.
>I have not had experience with the Ramsa board you mention, so I >cannot comment on the Ramsa vs. Mackie discussion. However, I have >used some very large live sound Ramsa boards, and they are definitely >high-quality gear.
I, too, have worked for many years on the manufacturing side of the fence. In my experience surface mount doesn't hold up. Do you remember the very first Alesis mixer? Truly a worthless piece.
Speaking strictly in terms of sonic quality, headroom and reliability, the Ramsa eats up the Mackie. I've used one for the past five years without incident. It's been bounced all over the place and I only recently sent it in for repair because a fader went out.
One point I didn't make in the earlier post is the fact that the Ramsa has 8dB more headroom than the Mackie. The Ramsa will even give sensational results when used for digital recording. The 4424 has 27 (not a typo) aux sends. Each of the four main aux sends is switchable pre/post fader and pre/post eq via internal jumpers in addiion to the usual front panel switches.
Ramsa recently introduced two new versions; the 4424S and 4520.
The 4424S is essentially the same with the addition of four stereo line level input modules, each with dual XLR and RCA inputs.
The 4520 also has the four stereo line level input modules and an eight matrix out. Far and away more flexible than the Mackie.
Basically, you can't listen to Mackie's marketing department when choosing a console. Just because they tell us their designs are good doesn't necessarily mean that they are. That's not to say that the Ramsa is perfect either. In my opinion the Ramsa addresses reality in a more professional way. Of course reality also dictates that not everyone can afford a professional piece of gear. For the semi-pro or amateur, there are manufacturers such as Mackie to provide them with equipment at a lower price. Just as there are autos for every price point. A Yugo will get you from A to B the same as a Mercedes.
Since you are experienced in manufacturing you know what happens when a piece of gear is designed from a price perspective. If you want to offer features, you have to find a cheaper way to build, or use cheaper parts, or both. In the case of the Mackie, they chose both. Look inside one and you'll see what I mean.
I feel anyone in the market for a 24-channel board is selling themselves short if they don't even give the Ramsa some consideration. The Ramsa is often (and easily) overlooked. Give it a shot.
bc...@ix.netcom.com(Brad Carr) wrote: >I, too, have worked for many years on the manufacturing side of the >fence. In my experience surface mount doesn't hold up. Do you >remember the very first Alesis mixer? Truly a worthless piece.
TELL ME ABOUT IT! I've got one sitting here right now....utter garbage!
> <SNIP>
>I feel anyone in the market for a 24-channel board is selling >themselves short if they don't even give the Ramsa some consideration. >The Ramsa is often (and easily) overlooked. Give it a shot.
Thanks for the info! We definitely need something roadworthy! However, would you still recommend the Mackie for my home studio setup?
The Alesis mixer was a bad design, period. The problems were not a result of surface mounting. It should not be compared to the Mackie boards. That is like saying you don't like Porches because of a bad experience with a Yugo because they are both European cars.
In my experience, Mackie boards are very reliable and sturdy. I have seen them dropped from tables, get soaked in beer, and generally abused with nary a whimper.
I haven't had personal experience with the RAMSA board, but my experiences with the SR24*4 are very positive. The board is very quiet. We have experienced no headroom problems. My band gets a lot on compliments about the "cleanness" of our sound. The EQ has worked we for us (5 male voices and little EQ on the instruments).
Complaints about the Mackie, few.... I would like to have LEDS on the channel assign buttons. I wish the subs were stereo (I know that is asking a lot at the SR24's price point.) I wish I had purchased the 32 channel unit. And the 32 channel unit needs a gooseneck lamp socket.
In article <4rdt34$...@login.freenet.columbus.oh.us>, jmcca...@freenet.columbus.oh.us says...
>Complaints about the Mackie, few.... I would like to have LEDS on the >channel assign buttons. I wish the subs were stereo (I know that is asking >a lot at the SR24's price point.) I wish I had purchased the 32 channel >unit. And the 32 channel unit needs a gooseneck lamp socket.
Plus no mic/line switch! How much more would it have cost to stick those in? Overall, though I don't think there's anything else out there comparable for the $. To answer the original question, $1100-$1200 seems to be the current street price.
Don't know if you can still get Allen & Heath in America but I have been using a GL3 for the past 3 years lots of touring very reliable and can double as a monitor only board also its not expensive.Even better if you can afford its bigger brother the GL4. again not to expensive.
In article <4rbh2r$...@sjx-ixn3.ix.netcom.com>, bc...@ix.netcom.com(Brad Carr) wrote: >The Mackie is a great board for the money. However, they are lacking >in the areas of sonic quality and reliabile construction tehniques. >The Mackie uses surface mount technology in the manufacture of the >input modules. The input modules are manufactured in groups of eight. >One channel goes out and you've got to replace eight. Surface mount is >anything but reliable in a console that is to be used in a "portable" >application.
Have to disagree with you... Surface mount technology has been proven to be MUCH more reliable than tradition through-hole circuit boards. The only difference between a surface mount device and a traditional one (like an IC, for example) is that it is soldered directly to pads on the TOP of the circuit board, while traditional components have wire posts that go through the circuit board and typically get soldered to a pad on the underside. Soldering is purely to create a good electrical connection, NOT a mechanical one, so whether the component is soldered to the surface or to legs isn't that important. Surface mount parts are typically smaller, because they don't need a large package to support the connecting posts. Because of this, surface mount parts are MORE reliable.
In the Mackie boards, most ICs are surface mount, soldered directly to the board. In more traditonal designs, an IC socket is soldered to the board, and the IC is just inserted into the socket. THIS TYPE of engineering has proven to be MUCH more UNRELIABLE than surface mount technology. Vibration and thermal changes will eventually cause that soketed IC to pop out -- I guarantee it.
Try dropping a monitor on a Mackie, then drop the same monitor on any other board. The Mackie will have some snapped-off knobs, but will still work. The other board....well, it MAY work, but a LOT of solder joints and pots will have been very stressed, all because of that wonderful "each channel strip gets it's own board, and we'll mount it ON EDGE, so that the pots' solder joints take the brunt of any impact" design...all so we can say that it's easy to fix a channel strip.
mitc...@ix.netcom.com (Maestro) wrote: >jmcca...@freenet.columbus.oh.us (James McCarty) wrote: >>My band has been using a Mackie SR24 for about 8 months. Best live board I >>have ever used. Very flexible, very rugged, great "sound", very resonable >>price for the features included. In short, buy it - great board. >Thanks. That's what I thought! What's a good price?
In article <4rhf0c$...@daneel.dnet.co.uk>, "P.D." <dal-sal@gr- dolph.dnet.co.uk> writes
>Don't know if you can still get Allen & Heath in America but I have been >using a GL3 for the past 3 years lots of touring very reliable and can >double as a monitor only board also its not expensive.Even better if you >can afford its bigger brother the GL4. again not to expensive.
>Patrick
GL3/GL4 are fine desks for the money. The dual monitor/FOH role gets us out of trouble all the time. We also have Soundcraft Spirit Live 4 Mk II's out on hire which are ok... a quieter desk but not as flexible as the GL3. I like signal presence LEDS and the Live 4 does not have 'em.
The Soundcraft K3 is a nice mid price desk (GL3 and Live 4 above are budjet desks). Again sounds much better than a GL4 (buy the theatre modules on the K3 .. nice EQ) but the GL4 gets the flexibility prize every time.
Watch out for suspect insert points on GL3's. They go intermittant and you lose channels. A quick jack into the insert and out again clears this... you have been warned ! Nothing a new set of insert sockets after a few years use doesn't fix.
Have a look at the GL3000 which is an 8 bus "GL3"ish affair. Also check out the equaly new Soundcraft Spirit 8, an 8 bus "Live 4"ish affair.
Happy hunting...
Mark -- Mark Payne The Sound Foundation. Sound and Lighting Production. Equipment Hire, Sales and Touring.
email m...@thesound.demon.co.uk tel/fax 01734 410580 mobile 0973 223819 mail 105 Severn Way, Tilehurst, Reading, Berks, England, RG30 4HW
>In article <4rbh2r$...@sjx-ixn3.ix.netcom.com>, bc...@ix.netcom.com(Brad Carr) wrote: >>The Mackie is a great board for the money. However, they are lacking >>in the areas of sonic quality and reliabile construction tehniques. >>The Mackie uses surface mount technology in the manufacture of the >>input modules. The input modules are manufactured in groups of eight. >>One channel goes out and you've got to replace eight. Surface mount is >>anything but reliable in a console that is to be used in a "portable" >>application.
>Have to disagree with you... Surface mount technology has been proven to be >MUCH more reliable than tradition through-hole circuit boards. The only >difference between a surface mount device and a traditional one (like an IC, >for example) is that it is soldered directly to pads on the TOP of the circuit >board, while traditional components have wire posts that go through the >circuit board and typically get soldered to a pad on the underside. Soldering >is purely to create a good electrical connection, NOT a mechanical one, so >whether the component is soldered to the surface or to legs isn't that >important. Surface mount parts are typically smaller, because they don't need >a large package to support the connecting posts. Because of this, surface >mount parts are MORE reliable.
>In the Mackie boards, most ICs are surface mount, soldered directly to the >board. In more traditonal designs, an IC socket is soldered to the board, >and the IC is just inserted into the socket. THIS TYPE of engineering has >proven to be MUCH more UNRELIABLE than surface mount technology. Vibration >and thermal changes will eventually cause that soketed IC to pop out -- I >guarantee it.
>Try dropping a monitor on a Mackie, then drop the same monitor on any other >board. The Mackie will have some snapped-off knobs, but will still work. The >other board....well, it MAY work, but a LOT of solder joints and pots will >have been very stressed, all because of that wonderful "each channel strip >gets it's own board, and we'll mount it ON EDGE, so that the pots' solder >joints take the brunt of any impact" design...all so we can say that it's easy >to fix a channel strip.
>>In article <4rbh2r$...@sjx-ixn3.ix.netcom.com>, >bc...@ix.netcom.com(Brad Carr) wrote: >>>The Mackie is a great board for the money. However, they are lacking >>>in the areas of sonic quality and reliabile construction tehniques. >>>The Mackie uses surface mount technology in the manufacture of the >>>input modules. The input modules are manufactured in groups of >eight. >>>One channel goes out and you've got to replace eight. Surface mount >is >>>anything but reliable in a console that is to be used in a >"portable" >>>application.
>>Have to disagree with you... Surface mount technology has been proven >to be >>MUCH more reliable than tradition through-hole circuit boards. The >only >>difference between a surface mount device and a traditional one (like >an IC, >>for example) is that it is soldered directly to pads on the TOP of the >circuit >>board, while traditional components have wire posts that go through >the >>circuit board and typically get soldered to a pad on the underside. >Soldering >>is purely to create a good electrical connection, NOT a mechanical >one, so >>whether the component is soldered to the surface or to legs isn't that >>important. Surface mount parts are typically smaller, because they >don't need >>a large package to support the connecting posts. Because of this, >surface >>mount parts are MORE reliable.
>>In the Mackie boards, most ICs are surface mount, soldered directly to >the >>board. In more traditonal designs, an IC socket is soldered to the >board, >>and the IC is just inserted into the socket. THIS TYPE of engineering >has >>proven to be MUCH more UNRELIABLE than surface mount technology. >Vibration >>and thermal changes will eventually cause that soketed IC to pop out >-- I >>guarantee it.
>>Try dropping a monitor on a Mackie, then drop the same monitor on any >other >>board. The Mackie will have some snapped-off knobs, but will still >work. The >>other board....well, it MAY work, but a LOT of solder joints and pots >will >>have been very stressed, all because of that wonderful "each channel >strip >>gets it's own board, and we'll mount it ON EDGE, so that the pots' >solder >>joints take the brunt of any impact" design...all so we can say that >it's easy >>to fix a channel strip. >A matter of opinion
I've benn useing and abusing a Mackie SR24/4 weekly in live R&R clubs since they first hit the market. It has survived all the usual turmoils without a glitch. For the money it cannot be beat. If PM4000's listed for $1500-1600, we would all have PM4000's.
: >>The Mackie is a great board for the money. However, they are lacking : >>in the areas of sonic quality and reliabile construction tehniques. : >>The Mackie uses surface mount technology in the manufacture of the : >>input modules. The input modules are manufactured in groups of : eight. : >>One channel goes out and you've got to replace eight. Surface mount : is : >>anything but reliable in a console that is to be used in a : "portable" : >>application. : >> : > : >Have to disagree with you... Surface mount technology has been proven : to be : >MUCH more reliable than tradition through-hole circuit boards. The : only : >difference between a surface mount device and a traditional one (like : an IC, : >for example) is that it is soldered directly to pads on the TOP of the : circuit : >board, while traditional components have wire posts that go through : the : >circuit board and typically get soldered to a pad on the underside. : Soldering : >is purely to create a good electrical connection, NOT a mechanical : one, so : >whether the component is soldered to the surface or to legs isn't that
: >important. Surface mount parts are typically smaller, because they : don't need : >a large package to support the connecting posts. Because of this, : surface : >mount parts are MORE reliable. : > : >In the Mackie boards, most ICs are surface mount, soldered directly to : the : >board. In more traditonal designs, an IC socket is soldered to the : board, : >and the IC is just inserted into the socket. THIS TYPE of engineering : has : >proven to be MUCH more UNRELIABLE than surface mount technology. : Vibration : >and thermal changes will eventually cause that soketed IC to pop out : -- I : >guarantee it. : > : >Try dropping a monitor on a Mackie, then drop the same monitor on any : other : >board. The Mackie will have some snapped-off knobs, but will still : work. The : >other board....well, it MAY work, but a LOT of solder joints and pots : will : >have been very stressed, all because of that wonderful "each channel : strip : >gets it's own board, and we'll mount it ON EDGE, so that the pots' : solder : >joints take the brunt of any impact" design...all so we can say that : it's easy : >to fix a channel strip.
: A matter of opinion
Just my $.02:
I'm using a MACKIE 8 bus for live sound and I like the flexibility and the sound. I cannot speak to the road worthiness as I use it in a static setup, but I do use it for live sound with mutilple monitor mixes (currently 3) (I like not having to have/operate a monitor mixer) and a recording mix out (it's used along with room mic fed into a recording mixer).
It works very well. The only thing I could complain about is that the solo bus for individual channels is always stereo and I use the sub-mixes as mono so I get all left or all right when I punch up an individual channel.