- 2-way bass-reflex bi-amplified near-field studio monitor
- 5" cone woofer and 3/4" dome high-frequency unit
- 55Hz - 20kHz frequency response.
- 70 watts dynamic bi-amplified power.
- XLR and TRS phone jack inputs accept balanced or unbalanced signals.
- Level control facilitates precise overall system level matching.
- MID EQ, ROOM CONTROL, and HIGH TRIM response control switches.
- LOW CUT switch.
- Full magnetic shielding.
When choosing reference monitors for mixing and
music production, accuracy is the prime consideration. Speakers that
sound "good" on first impression may not necessarily be accurate. What
you really need is an honest reference for your mix, rather than
monitors that have been tweaked or colored to deceptively sound
impressive.
The new HS series reference monitors have been created by Yamaha's
studio monitor engineering team to deliver exceptionally flat, accurate
response that you can trust. Unlike "monitor" speakers with exaggerated
bass and treble that make a good first impression but can't be relied on
for accuracy, the HS series were designed to be true studio reference
monitors in the tradition of the legendary Yamaha NS10M.
Whether you're mixing for stereo or 5.1 surround, mixes that sound good
on Yamaha HS series reference monitors will translate accurately to the
widest possible range of reproduction systems ,which is engineer-speak
that simply means they'll sound good on anything. And that is the
ultimate goal of any reference monitor. We should also mention that the
HS-series monitors not only sound great, they look great, too.
The 70-watt HS50M (5-in. cone and 3/4-in. dome tweeter) and 120-watt
HS80M (8-in. cone and 1-in. dome tweeter) are housed in bass reflex-type
cabinets, and reproduce surprisingly tight low end and smooth, high
frequency response to beyond 20 kHz. Inputs include a balanced XLR and
1/4-in. phone jack. In addition to master level controls, each speaker
has trim switches that allow you to custom-tailor low, mid and high
frequency response for different applications.
If you are serious about making good quality recordings, it is essential that you have good quality studio type monitors to mix your music on. Without the proper studio monitors, you may make a mix that sounds good on your home stereo system, but it might not sound good anywhere else. If that were the case, all of your hard work would be in vain. That is one of the reasons why a good set of studio monitors is essential to making good quality studio recordings and mixes. Clearly there is no shortage of types and/or brands of studio monitors to choose from out there today. I have however chosen to use a pair of Yamaha HS50M Powered Studio Monitors for my small listening room, and a pair of Yamaha HS80M Powered Studio Monitors in my main studio. In today's review, I shall however be focusing only on the Yamaha HS50M Powered Studio Monitors. Read on and decide if these actively powered speakers sound like something that you might be auditioning the next time that you are in the market for a pair of studio monitors.
If you are a beginner at home recording, you might be questioning the reasoning behind buying a pair of studio monitors when you could be using your stereo system as your monitoring system. Most home stereo systems have speakers that are "sweetened" in certain sonic areas or frequencies. This means that they are specifically designed to accentuate certain frequencies of the music that you are listening to for the specific purpose of making the music sound better. This is not what you want from a set of studio monitors. You want your studio speakers to have a flat frequency response, so that when you make a final mix down, and it sounds good, it is going to sound correct and accurate on a wide variety of other different sound systems, be it in a car, on a boom box, in a pair of headphones, or whatever you or someone else might be playing your final mix down through. That is why it is important to use a set of speakers that are designated as being flat studio monitor speakers.
Years ago when I was first starting out in the professional recording business and working in different studios, many of these studios used the Yamaha NS10M as their studio reference monitor when using small speakers to mix down on or for checking balances for reference purposes. They Yamaha NS10M's were literally the industry standard in these situations. Not because they were expensive and sounded so good. It was because they sounded so accurate. The rule of thumb at that time was simply this (and could still be said to be true today), if the song sounded good playing through a pair of Yamaha NS10M's, then it would sound good just about anywhere.
With this knowledge in mind, and with many years of experience at doing studio work, I decided a while back that I needed to outfit my own home based studio with the best reference monitors I could find and afford to purchase. When I decided to outfit my studio with reference speakers, I decided I would listen to many, many different actively powered speakers, and then choose what pair I felt would do the most accurate job for my purposes, and yet not bankrupt me in the process. Well after going to many different electronics stores and musical instrument stores that catered to professional and semi-professional recording enthusiasts, and after listening to many different speakers, and performing many many side by side comparisons, I chose the Yamaha HS50M for my small listening room and the Yamaha HS80M for my larger room. I came to this conclusion not because they were the best sounding speakers, but simply because they were the most accurate sounding speakers.
Let me get into some of the specifics regarding the Yamaha HS50M Powered Studio Monitors. These speakers have a list price tag of $249.95 each, and can very easily be found selling at a discount for $199.99. Thus a pair of these speakers will set you back about $400.00. However, also keep in mind that these speakers are "active" or "powered" speakers. That means you do not have to go crazy trying to find the perfect power amp and preamp that is going to match their ultra flat response and not add false and misleading coloration to the sound. There is already a 70 Watt internal built in power amp that drives the Yamaha HS50M's. There is an internal bi-amp system that drives a 5 inch woofer and a ¾ inch dome tweeter. If you know something about powering speakers, then you will be pleased to know that the HS50M uses a bi-amp power source, as this tends to soften the transition between the sound of the high frequencies and low frequencies, and there is less distortion, which means less fatigue when listening to the music or sound sources that you are mixing. I am sure that you know that is possible for a mixing session can go on for hours when one is trying to get even one song to sound just right.
There are several options open to you for connecting the Yamaha HS50M's to your mixing board or other mixing device. One can use balanced connectors such as microphone cables, which is probably the best way to go. If however you prefer, you may also use balanced TRS quarter inch connectors, and that will work every bit as well. If you do not have either of these options open to you for some reason, you can also use a simple old guitar cable to connect the Yamaha HS50M's to you mixing device.
On the back of the Yamaha HS50M's is a Level Control, which controls the overall volume level of the speakers. There is also a MID EQ Switch, which adjusts the level of the mid range frequencies. Keeping the switch in the "0" position maintains the flat frequency response of the speakers. Next we come to the ROOM CONTROL SWITCH which can correct any low frequency exaggeration that can result from close placement of the monitors to walls, corners, or even ceilings. This is so very important for compensating or correcting for poor speaker placement, because let's face it, not every one who owns a pair of these speakers is going to have a large acoustically perfect room. Next we come to the HIGH TRIM SWITCH which adjusts the high frequency range of the speakers. Setting the switch to "0" will result in a flat frequency response. Lastly we come to a LOW CUT Switch, which permits either a flat response, an 80 Hz. and below cut, and/or a 100 Hz. and below cut.
The overall frequency response of the Yamaha HS50M's is 55 Hz. to 20,000 Hz. Would I have preferred these speakers to have a frequency response of 15 Hz. to 25,000 Hz? Well of course I would, but one must make some compromises in life unless they have bottomless pockets. The crossover frequency is 3,000 Hz. These speakers have a height of 10.5625 inches, a width of 6.5 inches, and a depth of 8.75 inches. They also weigh 12.76 pounds each.
Do I have any complaints? Of course I do, but they are only two. One is that there is no speaker grille to protect the woofer, and I must confess that disturbs me. The other complaint is that the frequency response is not wider. Obviously, I can live with each of these complaints, since after all I did purchase the Yamaha HS50M Powered Studio Monitors, and I am very pleased that I did.
Well I would like to thank you for taking the time to read my review, but now if you will excuse me I must get back to my practicing.
Expert Review
By Jordan Kahn
For the price, it’s hard to beat the HS50Ms. Modeled after Yamaha’s famous NS10, which is possibly the most recognizable speaker in the recording industry, these are regarded by most as the best reference monitors for under $500 a pair. The HS50Ms are perfect for all types of recording and editing in small to medium sized rooms, providing a truly accurate reference of your audio source.
These monitors provide specs similar to extremely high-priced monitors, making them ideal for smaller home and pre-production environments. Some low-priced monitors tend to be quite bass heavy, or narrow sounding. The HS50Ms, on the other hand, have an incredibly flat response, which allows you to hear the audio source exactly as it was intended.
Rating: 5/5
If Your Mixes Sound Good On These, They'll Sound Good Anywhere
Designed as true reference monitors with exceptionally flat response.
Is it possible to connect HS50 to pre amp processor and power amp processor? What should I understand balanced or unbalanced input?
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