Audio T Verdict
The Audio-Technica AT-OC9XSH shares a surprising amount with the AT-OC9XML immediately below it. Both use the same 0.28mm Boron cantilever, 0.4mV low-output generator, premium Permendur yoke, PCOCC moving coils, 16 x 10-6cm/dyne dynamic compliance and 7.6g aluminium body.
The important difference is right at the groove. Where the XML uses Audio-Technica's Microlinear profile, the XSH uses a nude 2.7 x 0.26mil Shibata diamond.
Shibata is an advanced line-contact profile originally developed to trace the exceptionally high-frequency groove information required by discrete quadraphonic vinyl. In a modern stereo cartridge, its long vertical contact area allows it to follow a substantial portion of the groove wall while maintaining a relatively narrow tracing radius.
The diamond is mounted to a 0.28mm nude Boron cantilever. Boron's combination of high rigidity and low mass makes it particularly effective at transferring very small stylus movements into the dual-moving-coil generator without unnecessary cantilever flex.
The generator itself uses independent left and right moving coils arranged in Audio-Technica's reverse-V configuration. PCOCC copper windings operate within a magnetic circuit using a neodymium magnet and premium Permendur yoke, producing 0.4mV from a 12-ohm generator.
This means a suitable low-output moving-coil phono stage is essential. Audio-Technica specifies a minimum load impedance of 100 ohms, while the phono stage must also provide enough clean, low-noise gain for a 0.4mV cartridge.
Threaded M2.6 mounting holes make the physical installation unusually pleasant for a moving-coil cartridge, but the Shibata profile itself deserves accurate alignment. Overhang, offset angle, tracking force and vertical geometry are all worth getting right rather than simply making the cartridge look straight in the headshell.
If the choice is between XML and XSH, it is not a simple case of one being technically superior. They are extremely closely related cartridges with different advanced stylus geometries. The XSH is for the listener specifically drawn to the groove-contact characteristics of Shibata while retaining one of the strongest parts of the OC9X platform.
Audio-Technica AT-OC9XSH Shibata Moving Coil Cartridge
The Audio-Technica AT-OC9XSH is a low-output dual-moving-coil stereo cartridge combining a nude Shibata diamond with a 0.28mm Boron cantilever, PCOCC moving coils and a rigid threaded aluminium body.
It shares much of its generator architecture with the AT-OC9XML but substitutes Audio-Technica's Shibata groove profile for Microlinear, giving customers a choice between two sophisticated line-contact stylus designs within the same OC9X platform.
Key features include:
- Low-output dual moving coil design
- Independent left and right channel coils
- Reverse-V coil arrangement
- Nude Shibata diamond stylus
- 2.7 x 0.26mil stylus profile
- Nude square-shank construction
- 0.28mm nude Boron cantilever
- PCOCC copper moving coils
- Neodymium magnet
- Premium Permendur yoke
- Rigid aluminium cartridge body
- Integrated M2.6 threaded mounting holes
- Standard half-inch mounting centres
- 0.4mV output
- 12-ohm coil impedance
- 12-ohm DC resistance
- 25µH coil inductance at 1kHz
- Minimum 100-ohm recommended loading
- 20Hz–47kHz frequency response
- 27dB channel separation at 1kHz
- 1.0dB output balance at 1kHz
- 20-degree vertical tracking angle
- 1.8–2.2g tracking-force range
- 2.0g standard tracking force
- 20 x 10-6cm/dyne static compliance
- 16 x 10-6cm/dyne dynamic compliance at 100Hz
- 7.6g cartridge weight
- Made in Japan
Nude Shibata Stylus
The defining feature of the AT-OC9XSH is its:
Nude 2.7 x 0.26mil Shibata diamond.
Shibata is an advanced line-contact stylus profile originally developed during the quadraphonic era to recover very high-frequency information encoded within a record groove.
Its elongated contact surface allows the stylus to sit against more of the groove wall than a conventional spherical or elliptical profile.
Why Use a Shibata Stylus?
When correctly aligned, a Shibata profile can provide:
- Extended groove-wall contact
- Fine high-frequency tracing
- Detailed retrieval of complex groove modulation
- Strong inner-groove performance
- Low tracing distortion
- Good contact distribution across the groove wall
Shibata Rewards Accurate Alignment
The extended line-contact geometry makes accurate cartridge setup particularly worthwhile.
Correct overhang, offset angle and vertical geometry help the stylus sit within the groove at the angles intended by the cartridge and tonearm designers.
What Does Nude Mean?
A nude stylus uses the diamond itself as the complete stylus tip and mounting shank rather than bonding a small diamond tip to another supporting material.
This reduces unnecessary mass in the moving assembly and removes an additional mechanical interface between stylus and cantilever.
Nude Square-Shank Diamond
The Shibata diamond uses a square shank.
The defined sides of the square diamond provide a precise manufacturing reference for maintaining the intended stylus orientation when mounting it to the cantilever.
0.28mm Nude Boron Cantilever
The Shibata stylus is mounted to a:
0.28mm diameter nude Boron cantilever.
Boron combines high rigidity with low mass, helping transmit the rapid movement of the stylus into the moving-coil generator with minimal unwanted bending.
Why Boron Matters
The cantilever sits directly between the record groove and cartridge generator.
It must therefore be:
- Rigid enough to resist unwanted flex
- Light enough to respond rapidly
- Stable enough to maintain stylus geometry
- Capable of transferring very small groove movements accurately
Boron's mechanical properties make it particularly suitable for this role in a high-performance moving-coil cartridge.
Dual Moving Coil Generator
The AT-OC9XSH uses separate moving coils for the left and right stereo channels.
The stylus traces modulation on the two walls of the stereo record groove, with corresponding movement transferred through the Boron cantilever into the cartridge's dual-coil generator.
Reverse-V Coil Arrangement
Audio-Technica arranges the left and right coils in a reverse-V configuration.
This geometry positions the moving coils accurately within the magnetic field while reducing unnecessary mechanical pressure around the stylus and generator assembly.
The arrangement forms part of Audio-Technica's approach to maintaining channel separation while reducing distortion.
27dB Channel Separation
Audio-Technica specifies:
27dB at 1kHz.
Channel separation describes how effectively the cartridge keeps information retrieved from the left and right groove walls electrically distinct.
1.0dB Output Balance
Output channel balance is specified at:
1.0dB at 1kHz.
Close channel matching helps support consistent stereo positioning and a stable central image.
PCOCC Copper Moving Coils
The moving coils use:
PCOCC copper.
PCOCC stands for Pure Copper by Ohno Continuous Casting.
Audio-Technica uses the continuous-cast conductor for the tiny generator coils that form the beginning of the electrical signal path from the record groove.
Neodymium Magnet
The moving-coil generator uses a high-strength neodymium magnet.
The magnetic structure remains stationary while the coil assembly moves in response to stylus movement.
Premium Permendur Yoke
The magnetic circuit incorporates a:
Premium Permendur yoke.
Permendur offers high magnetic saturation characteristics and allows Audio-Technica to concentrate magnetic energy within the coil gap.
This is a significant distinction between the XSH and the lower AT-OC9XEN, which uses a pure-iron yoke.
0.4mV Low Output
The AT-OC9XSH produces:
0.4mV at 1kHz, 5cm/sec.
This is a conventional low-output moving-coil signal and requires substantially more phono-stage gain than a typical moving-magnet cartridge.
A Suitable MC Phono Stage Is Required
Do not connect the AT-OC9XSH directly to a conventional MM-only phono input.
Use a suitable low-output moving-coil phono stage, head amplifier or correctly matched step-up transformer.
12-Ohm Coil Impedance
Audio-Technica specifies:
12 ohms at 1kHz.
DC resistance is also:
12 ohms.
These figures describe the internal electrical characteristics of the generator and are different from the external load selected on the phono stage.
Minimum 100-Ohm Loading
Recommended load impedance is:
100 ohms minimum.
This makes the common 100-ohm MC setting a logical starting point where the phono stage provides sufficient gain.
100 Ohms Is the Minimum Recommendation
Audio-Technica does not specify that the cartridge must always operate at exactly 100 ohms.
If your phono stage provides suitable higher loading values, these can also be considered as part of final cartridge and system matching.
Gain and Loading Are Different
Gain determines how much the XSH's 0.4mV output is amplified.
Loading determines the resistance presented to its 12-ohm moving-coil generator.
Check Both Gain and Loading
A phono stage may provide a suitable 100-ohm load while still lacking enough low-noise gain for the cartridge.
The complete MC phono-stage specification matters.
Using a Step-Up Transformer
The AT-OC9XSH can potentially be used with a correctly matched moving-coil step-up transformer feeding a conventional moving-magnet phono stage.
The signal path becomes:
Turntable ? MC step-up transformer ? MM phono stage ? amplifier.
Transformer Ratio Matters
The transformer's ratio determines both voltage gain and the effective load reflected back to the cartridge.
Choose a transformer with the XSH's 0.4mV output and 12-ohm generator in mind rather than selecting one solely because it is intended for moving-coil cartridges.
25µH Coil Inductance
Audio-Technica's current specification gives:
25µH at 1kHz.
Correct Unit: Microhenries
The correct current Audio-Technica specification is 25µH.
Older Audio T data listing 25mH should be corrected as part of this page update.
Rigid Aluminium Body
The generator is mounted within a rigid aluminium cartridge body.
Audio-Technica uses the body to minimise unwanted vibration around the moving-coil generator while maintaining a rigid mechanical connection to the tonearm.
M2.6 Threaded Mounting
Integrated M2.6 threaded holes allow the cartridge to attach directly to a compatible headshell or integral tonearm.
No separate mounting nuts are required.
Why Threaded Mounting Helps
This provides several very practical benefits:
- No loose cartridge nuts
- Simpler physical installation
- Easier alignment adjustments
- Secure cartridge-to-headshell coupling
- Reduced risk of dropping hardware near the Boron cantilever
Use the Correct Mounting Screw Length
Audio-Technica supplies several pairs of M2.6 mounting screws to suit different headshell thicknesses.
Choose the appropriate length rather than forcing an excessively long screw into the threaded cartridge body.
7.6g Cartridge Weight
The AT-OC9XSH weighs:
7.6g.
This matches the XML, XEN and XSL body platform and falls within the adjustment range of many conventional tonearms.
Dynamic Compliance
Audio-Technica specifies:
16 x 10-6cm/dyne at 100Hz.
Static compliance is:
20 x 10-6cm/dyne.
Compliance describes the flexibility of the cartridge suspension and should be considered alongside tonearm effective mass when assessing mechanical compatibility.
Cartridge Weight Is Only Part of Tonearm Matching
A tonearm may physically balance the 7.6g cartridge while still having a more or less appropriate effective mass for its suspension compliance.
Consider both rather than choosing purely from cartridge weight.
1.8–2.2g Tracking-Force Range
Audio-Technica specifies:
1.8–2.2g.
The standard recommended setting is:
2.0g.
Do Not Deliberately Track Too Lightly
Reducing tracking force below the specified range does not automatically reduce record wear.
Too little force can cause the Shibata stylus to mistrack and lose stable contact with the record groove.
Use an Accurate Stylus-Force Gauge
Balance and set the tonearm according to the manufacturer's instructions, then verify the final 2.0g setting with an accurate stylus-force gauge where possible.
20-Degree Vertical Tracking Angle
Audio-Technica specifies:
20 degrees.
On a tonearm with height adjustment, correct vertical setup helps establish the intended relationship between the Shibata stylus and record groove.
Start With the Headshell Parallel to the Record
A useful initial setup reference is to have the underside of the headshell approximately parallel with the record surface during playback.
Tracking force and basic cartridge geometry should be established before making fine vertical adjustments.
Accurate Overhang and Offset Angle
The Shibata profile makes accurate horizontal cartridge geometry especially worthwhile.
Use the alignment method specified by your turntable or tonearm manufacturer, or a suitable cartridge-alignment protractor.
Do Not Align the Cartridge by Eye
Looking straight in the headshell is not the same as being geometrically correct across the playing surface of a record.
Use an appropriate alignment reference.
Azimuth
Azimuth describes the stylus's side-to-side orientation in relation to the groove walls.
Incorrect azimuth can affect:
- Channel balance
- Channel separation
- Stereo focus
- High-frequency tracing
- Distortion
If your tonearm provides azimuth adjustment, it can form part of final cartridge optimisation.
20Hz to 47kHz Frequency Response
Audio-Technica specifies:
20Hz–47kHz.
This matches the headline frequency response of the Microlinear AT-OC9XML.
The figure reflects the complete stylus, cantilever and generator system and should not be treated as a complete description of cartridge performance in isolation.
Made in Japan
The AT-OC9XSH is produced at Audio-Technica's Fukui factory in Japan under the company's precision manufacturing and quality-control processes.
No User-Replaceable Stylus
The Shibata stylus, Boron cantilever and moving-coil generator form an integrated precision assembly.
The stylus is not intended to be removed and replaced by the customer.
Do Not Attempt to Replace the Stylus Yourself
If the stylus becomes worn or the cantilever is damaged, contact Audio T to discuss the current authorised Audio-Technica moving-coil service and trade-in options.
Audio-Technica Moving Coil Trade-In Programme
Audio-Technica UK operates a moving-coil trade-in programme for cartridges with worn styli.
The manufacturer advises against unauthorised independent re-tipping because restoring a moving-coil cartridge to its intended specification involves servicing and testing the complete cartridge.
Contact Audio T When the Stylus Is Worn
If your AT-OC9XSH reaches the end of its useful stylus life, contact Audio T for advice on the current Audio-Technica UK trade-in arrangements.
Use the Stylus Protector During Installation
A plastic protector is supplied with the cartridge.
It is worth keeping it fitted wherever practical while:
- Mounting the cartridge
- Connecting headshell leads
- Adjusting cartridge position
- Changing mounting screws
- Removing the cartridge from the tonearm
Boron Is Rigid, Not Indestructible
The Boron cantilever is designed to resist unwanted flex during normal playback, but the complete suspension remains extremely delicate.
A sideways knock can still cause permanent damage.
Stylus Care
A stylus brush is supplied with the AT-OC9XSH.
Useful care includes:
- Keep records clean and free from loose dust
- Use the supplied stylus brush regularly
- Brush in the direction of record travel
- Avoid applying sideways force to the Boron cantilever
- Do not touch exposed generator components
- Use the tonearm cueing mechanism where possible
- Use the protector when the cartridge is removed
- Keep the cartridge away from excessive heat and strong magnetic materials
AT-OC9XSH or AT-OC9XML?
AT-OC9XML
- Nude Microlinear stylus
- 2.2 x 0.12mil profile
- 0.28mm Boron cantilever
- Permendur yoke
- 0.4mV output
- 12-ohm impedance
- Minimum 100-ohm loading
- 20Hz–47kHz response
- 27dB channel separation
- 1.0dB output balance
- 16 x 10-6cm/dyne dynamic compliance
- 7.6g weight
AT-OC9XSH
- Nude Shibata stylus
- 2.7 x 0.26mil profile
- 0.28mm Boron cantilever
- Permendur yoke
- 0.4mV output
- 12-ohm impedance
- Minimum 100-ohm loading
- 20Hz–47kHz response
- 27dB channel separation
- 1.0dB output balance
- 16 x 10-6cm/dyne dynamic compliance
- 7.6g weight
Electrically and mechanically, these two cartridges are exceptionally closely related.
The primary distinction is stylus geometry: Microlinear on the XML and Shibata on the XSH.
Compare the Audio-Technica AT-OC9XML at Audio T.
Microlinear or Shibata?
Microlinear
- Used by AT-OC9XML
- 2.2 x 0.12mil profile
- Extremely narrow tracing radius
- Extended groove-wall contact
- Designed for low tracing distortion
- Strong inner-groove performance
Shibata
- Used by AT-OC9XSH
- 2.7 x 0.26mil profile
- Extended line-contact geometry
- Originally developed for quadraphonic vinyl
- Strong high-frequency tracing capability
- Different groove-contact geometry from Microlinear
Because the XML and XSH share so much of the same cartridge architecture, this is one of the rare comparisons where stylus profile really is the main variable rather than one cartridge having a completely different generator or cantilever.
AT-OC9XSH or AT-OC9XEN?
AT-OC9XEN
- Nude elliptical stylus
- 0.3 x 0.7mil profile
- Aluminium-pipe cantilever
- Pure-iron yoke
- 0.35mV output
- 20Hz–30kHz response
- 25dB channel separation
- 1.5dB output balance
- 9 x 10-6cm/dyne dynamic compliance
- 7.6g weight
AT-OC9XSH
- Nude Shibata stylus
- 2.7 x 0.26mil profile
- 0.28mm Boron cantilever
- Permendur yoke
- 0.4mV output
- 20Hz–47kHz response
- 27dB channel separation
- 1.0dB output balance
- 16 x 10-6cm/dyne dynamic compliance
- 7.6g weight
The XSH represents a substantial upgrade from the XEN beyond simply changing stylus shape.
It adds the Boron cantilever, Permendur yoke, higher-compliance suspension and tighter channel specifications alongside the advanced Shibata diamond.
Compare the Audio-Technica AT-OC9XEN at Audio T.
AT-OC9XSH or AT-OC9XSL?
AT-OC9XSH
- Nude Shibata stylus
- 2.7 x 0.26mil profile
- 0.28mm Boron cantilever
- 20Hz–47kHz response
- 27dB channel separation
- 1.0dB output balance
- 20 x 10-6cm/dyne static compliance
- 16 x 10-6cm/dyne dynamic compliance
AT-OC9XSL
- Nude Special Line Contact stylus
- 1.5 x 0.28mil profile
- 0.28mm Boron cantilever
- 20Hz–50kHz response
- 28dB channel separation
- 0.5dB output balance
- 22 x 10-6cm/dyne static compliance
- 18 x 10-6cm/dyne dynamic compliance
The XSL retains much of the underlying OC9X platform but introduces Audio-Technica's Special Line Contact diamond together with a slightly higher-compliance suspension and tighter channel specifications.
It represents the highest specification within the current OC9X family before moving into Audio-Technica's more ambitious ART Series moving-coil cartridges.
Shibata or Special Line Contact?
Both are advanced line-contact profiles intended to make extensive contact with the record groove.
The Special Line Contact used by the XSL has its own 1.5 x 0.28mil geometry and sits at the top of the OC9X range, while Shibata provides a distinct groove-contact shape with a long history in high-frequency vinyl reproduction.
Stylus profile should be considered alongside tonearm compatibility, adjustment facilities, system resolution and budget rather than treating one profile as universally preferable.
A Phono Stage Is Essential
Do Not Connect the AT-OC9XSH Directly to AUX or CD
A phono cartridge requires additional gain and RIAA equalisation before its signal can be used by a conventional amplifier line input.
The XSH specifically needs amplification suitable for a 0.4mV low-output moving-coil cartridge.
Using an External MC Phono Stage
The conventional signal path is:
Turntable ? MC phono stage ? amplifier line input.
Browse phono stages at Audio T.
Professional Cartridge Fitting
Correct AT-OC9XSH installation may involve:
- Checking tonearm effective-mass compatibility
- Selecting the correct M2.6 mounting screws
- Carefully connecting cartridge leads
- Setting overhang precisely
- Setting offset angle precisely
- Checking tracking force accurately
- Setting bias or anti-skate
- Adjusting tonearm height where available
- Checking azimuth where available
- Matching MC phono-stage gain
- Checking phono-stage loading
The threaded body makes physical installation easier, but the fine Shibata stylus makes precise final alignment worthwhile.
Who Is the Audio-Technica AT-OC9XSH For?
Well Suited To
- Quality turntables and tonearms
- Customers specifically wanting a Shibata stylus
- Customers upgrading from AT-OC9XEN
- Customers wanting a Boron cantilever
- Systems with suitable low-output MC amplification
- Turntables allowing accurate cartridge alignment
- Customers who value threaded cartridge mounting
- Systems capable of revealing fine cartridge differences
Check Before Buying
- 0.4mV low-output moving coil
- 12-ohm generator
- Minimum 100-ohm loading
- Requires suitable MC gain
- 7.6g cartridge weight
- 16 x 10-6cm/dyne dynamic compliance at 100Hz
- 2.0g standard tracking force
- Shibata stylus rewards accurate alignment
- Stylus is not user-replaceable
Key Features
- Audio-Technica AT-OC9XSH
- Low-output moving coil
- Dual moving coil design
- Independent left and right coils
- Reverse-V coil arrangement
- Nude Shibata stylus
- 2.7 x 0.26mil profile
- Nude square-shank diamond
- 0.28mm Boron cantilever
- PCOCC copper coils
- Neodymium magnet
- Premium Permendur yoke
- Rigid aluminium body
- M2.6 threaded mounting holes
- Half-inch cartridge mounting
- 0.4mV output
- 12-ohm coil impedance
- 12-ohm DC resistance
- 25µH coil inductance
- Minimum 100-ohm loading
- 20Hz–47kHz frequency response
- 27dB channel separation
- 1.0dB output balance
- 20-degree vertical tracking angle
- 20 x 10-6cm/dyne static compliance
- 16 x 10-6cm/dyne dynamic compliance
- 1.8–2.2g tracking-force range
- 2.0g standard tracking force
- 7.6g cartridge weight
- Audio-Technica MC trade-in programme available
- Made in Japan
Frequently Asked Questions
Is the Audio-Technica AT-OC9XSH moving magnet or moving coil?
It is a low-output dual-moving-coil stereo cartridge.
What stylus does the AT-OC9XSH use?
A nude Shibata diamond with a 2.7 x 0.26mil profile.
What is a Shibata stylus?
Shibata is an advanced line-contact stylus profile originally developed for high-frequency quadraphonic vinyl information and now widely used for high-quality stereo playback.
What does nude stylus mean?
The diamond itself forms the stylus tip and mounting shank rather than a smaller diamond tip being bonded to another material.
What is the cantilever made from?
A 0.28mm diameter nude Boron cantilever.
What is the output?
0.4mV at 1kHz, 5cm/sec.
Does the AT-OC9XSH need an MC phono stage?
Yes. Its 0.4mV output requires suitable low-output moving-coil amplification or another correctly matched solution.
Can I connect it directly to an MM input?
No. A conventional MM phono input does not normally provide enough gain for a 0.4mV cartridge.
What is the coil impedance?
12 ohms at 1kHz.
What is the DC resistance?
12 ohms.
What is the coil inductance?
25µH at 1kHz.
Is the inductance 25mH?
No. Audio-Technica's current UK specification gives 25µH.
What loading does Audio-Technica recommend?
A minimum of 100 ohms.
Will a 100-ohm MC input work?
Yes. It meets Audio-Technica's stated minimum load requirement, provided the phono stage also offers appropriate gain.
What magnet does the AT-OC9XSH use?
A neodymium magnet.
What yoke does it use?
A premium Permendur magnetic yoke.
What wire is used in the coils?
PCOCC, or Pure Copper by Ohno Continuous Casting.
What is the frequency response?
20Hz to 47kHz.
What is the channel separation?
27dB at 1kHz.
What is the channel balance?
1.0dB at 1kHz.
What tracking force should I use?
Audio-Technica specifies 1.8–2.2g with 2.0g as the standard setting.
What is the vertical tracking angle?
20 degrees.
What is the dynamic compliance?
16 x 10-6cm/dyne at 100Hz.
What is the static compliance?
20 x 10-6cm/dyne.
How much does the AT-OC9XSH weigh?
7.6g.
What mounting system does it use?
Standard half-inch mounting with integrated M2.6 threaded holes.
Do I need separate cartridge nuts?
No. The mounting screws thread directly into the aluminium body.
Can I use the AT-OC9XSH with a step-up transformer?
Yes, provided it is appropriately matched to the cartridge's 0.4mV output and 12-ohm generator.
Does the AT-OC9XSH have a replaceable stylus?
No. The Shibata stylus and Boron cantilever form part of the integrated moving-coil assembly.
Does Audio-Technica offer a trade-in programme?
Yes. Audio-Technica UK operates a moving-coil trade-in programme for cartridges with worn styli. Contact Audio T for current details.
What is the difference between AT-OC9XSH and AT-OC9XML?
The two cartridges share almost all their headline electrical and mechanical specifications. The primary difference is stylus geometry: Shibata for the XSH and Microlinear for the XML.
What is the difference between AT-OC9XSH and AT-OC9XEN?
The XSH upgrades from the XEN's nude elliptical stylus, aluminium cantilever and pure-iron yoke to a Shibata stylus, Boron cantilever and Permendur yoke, with higher compliance and tighter channel specifications.
What is above the AT-OC9XSH?
The AT-OC9XSL sits above it in the OC9X range and uses Audio-Technica's nude Special Line Contact stylus with slightly higher compliance and tighter channel specifications.
Where is the AT-OC9XSH made?
It is produced at Audio-Technica's Fukui factory in Japan.
Can Audio T fit and align the AT-OC9XSH?
Yes. Contact your local Audio T store to discuss tonearm compatibility, professional fitting, Shibata alignment, tracking force and moving-coil phono-stage matching.
Related Audio-Technica Products and Audio T Guides
Why Buy From Audio T?
- Turntable and cartridge matching
- Moving-coil cartridge advice
- MC phono-stage matching
- MC gain and loading guidance
- Step-up transformer advice
- Tonearm compatibility checks
- Effective-mass and compliance guidance
- Professional cartridge fitting
- Precision Shibata alignment
- Tracking-force setup
- Bias and anti-skate adjustment
- Tonearm-height guidance
- Azimuth guidance
- Audio-Technica MC trade-in guidance
- Stylus-care advice
- Turntable setup and optimisation
- Part-exchange options
- Ongoing after-sales support
Contact your local Audio T store to discuss whether the Audio-Technica AT-OC9XSH is the right match for your turntable, tonearm and moving-coil phono stage, or to arrange professional cartridge fitting and alignment.