Korg PS 3300

Board Contacts
from front view KLM 64 Sig F (pitch) F# (pitch) G (pitch) G# (pitch) A (pitch) A#(pitch) 4' 8' 16' A#1 (Gate) A#2 (Gate) A#3 (Gate) A#4 (Gate) A1 (Gate) A2 (Gate) A3 (Gate) A4 (Gate) G#1 (Gate) G#2 (Gate) G#3 (Gate) G#4 (Gate) G1 (Gate) G2 (Gate) G3 (Gate) G4 (Gate) F#1 (Gate) F#2 (Gate) F#3 (Gate) F#4 (Gate) F1 (Gate) F2 (Gate) F3 (Gate) F4 (Gate) KLM 64 Sig B (pitch) C (pitch) C# (pitch) D (pitch) D# (pitch) E (pitch) 4' 8' 16' B1 (Gate) B2 (Gate) B3 (Gate) B4 (Gate) C1 (Gate) C2 (Gate) C3 (Gate) C4 (Gate) C#1 (Gate) C#2 (Gate) C#3 (Gate) C#4 (Gate) D1 (Gate) D2 (Gate) D3 (Gate) D4 (Gate) D#1 (Gate) D#2 (Gate) D#3 (Gate) D#4 (Gate) E1 (Gate) E2 (Gate) E3 (Gate) E4 (Gate) KLM 69 Gate 44 L Out 43 U Out 42 FC U 41 FC L 40 Decay 39 Ext.Attack 38 Attack 37 Expand 36 Sustain 35 Hold 34 E1 (sig) 33 D#1 (sig) 32 D1 (sig) 31 C#1 (sig) 30 C1 (sig) 29 B1 (sig) 28 A#1 (sig) 27 A1 (sig) 26 G#1 (sig) 25 G1 (sig) 24 F#1 (sig) 23 F1 (sig) 22 E1 (keyb) 21 D#1 (keyb) 20 D1 (keyb) 19 C#1 (keyb) 18 C1 (keyb) 17 B1 (keyb) 16 A#1 (keyb) 15 A1 (keyb) 14 G#1 (keyb) 13 G1 (keyb) 12 F#1 (keyb) 11 F1 (keyb) 10 nc / G2 (?) 9 (?) 8 Key Trig 7 +10V 6 Release 5 Peak 4 GND-15V 2 GND 1 +15V KLM 69 Gate 44 L Out 43 U Out 42 FC U 41 FC L 40 Decay 39 Ext.Attack 38 Attack 37 Expand 36 Sustain 35 Hold 34 E2 (sig) 33 D#2 (sig) 32 D2 (sig) 31 C#2 (sig) 30 C2 (sig) 29 B2 (sig) 28 A#2 (sig) 27 A2 (sig) 26 G#2 (sig) 25 G2 (sig) 24 F#2 (sig) 23 F2 (sig) 22 E2 (keyb) 21 D#2 (keyb) 20 D2 (keyb) 19 C#2 (keyb) 18 C2 (keyb) 17 B2 (keyb) 16 A#2 (keyb) 15 A2 (keyb) 14 G#2 (keyb) 13 G2 (keyb) 12 F#2 (keyb) 11 F2 (keyb) 10 nc / G2 (?) 9 (?) 8 Key Trig 7 +10V 6 Release 5 Peak 4 GND-15V 2 GND 1 +15V PS 3301 - 1 KLM 69 Gate 44 L Out 43 U Out 42 FC U 41 FC L 40 Decay 39 Ext.Attack 38 Attack 37 Expand 36 Sustain 35 Hold 34 E3 (sig) 33 D#3 (sig) 32 D3 (sig) 31 C#3 (sig) 30 C3 (sig) 29 B3 (sig) 28 A#3 (sig) 27 A3 (sig) 26 G#3 (sig) 25 G3 (sig) 24 F#3 (sig) 23 F3 (sig) 22 E3 (keyb) 21 D#3 (keyb) 20 D3 (keyb) 19 C#3 (keyb) 18 C3 (keyb) 17 B3 (keyb) 16 A#3 (keyb) 15 A3 (keyb) 14 G#3 (keyb) 13 G3 (keyb) 12 F#3 (keyb) 11 F3 (keyb) 10 nc / G2 (?) 9 (?) 8 Key Trig 7 +10V 6 Release 5 Peak 4 GND-15V 2 GND 1 +15V KLM 69 Gate 44 L Out 43 U Out 42 FC U 41 FC L 40 Decay 39 Ext.Attack 38 Attack 37 Expand 36 Sustain 35 Hold 34 E4 (sig) 33 D#4 (sig) 32 D4 (sig) 31 C#4 (sig) 30 C4 (sig) 29 B4 (sig) 28 A#4 (sig) 27 A4 (sig) 26 G#4 (sig) 25 G4 (sig) 24 F#4 (sig) 23 F4 (sig) 22 E4 (keyb) 21 D#4 (keyb) 20 D4 (keyb) 19 C#4 (keyb) 18 C4 (keyb) 17 B4 (keyb) 16 A#4 (keyb) 15 A4 (keyb) 14 G#4 (keyb) 13 G4 (keyb) 12 F#4 (keyb) 11 F4 (keyb) 10 nc / G2 (?) 9 (?) 8 Key Trig 7 +10V 6 Release 5 Peak 4 GND-15V 2 GND 1 +15V KLM 62 Ctrl 1 FC Mod R2 FC Mod R1 FC Mod 2 FC Mod 1 FC Fine FC Coarse GND3 FC Bus Out -15 V GND2 L-Out (Mix) GND2 L-In (Mix) GND2 U-Out (Mix) GND2 U-In (Mix) GND2 AM Sig Out GND2 AM Sig in AM Mod In KLM 63 Ctrl 2 MG1 FC Ctr MG1 FC Ctr MG1pNoise MG1 wNoise KLM 64 Sig F (pitch) F# (pitch) G (pitch) G# (pitch) A (pitch) A#(pitch) 4' 8' 16' A#1 (Gate) A#2 (Gate) A#3 (Gate) A#4 (Gate) A1 (Gate) A2 (Gate) A3 (Gate) A4 (Gate) G#1 (Gate) G#2 (Gate) G#3 (Gate) G#4 (Gate) G1 (Gate) G2 (Gate) G3 (Gate) G4 (Gate) F#1 (Gate) F#2 (Gate) F#3 (Gate) F#4 (Gate) F1 (Gate) F2 (Gate) F3 (Gate) F4 (Gate) KLM 64 Sig B (pitch) C (pitch) C# (pitch) D (pitch) D# (pitch) E (pitch) 4' 8' 16' B1 (Gate) B2 (Gate) B3 (Gate) B4 (Gate) C1 (Gate) C2 (Gate) C3 (Gate) C4 (Gate) C#1 (Gate) C#2 (Gate) C#3 (Gate) C#4 (Gate) D1 (Gate) D2 (Gate) D3 (Gate) D4 (Gate) D#1 (Gate) D#2 (Gate) D#3 (Gate) D#4 (Gate) E1 (Gate) E2 (Gate) E3 (Gate) E4 (Gate) KLM 69 Gate 44 L Out 43 U Out 42 FC U 41 FC L 40 Decay 39 Ext.Attack 38 Attack 37 Expand 36 Sustain 35 Hold 34 E1 (sig) 33 D#1 (sig) 32 D1 (sig) 31 C#1 (sig) 30 C1 (sig) 29 B1 (sig) 28 A#1 (sig) 27 A1 (sig) 26 G#1 (sig) 25 G1 (sig) 24 F#1 (sig) 23 F1 (sig) 22 E1 (keyb) 21 D#1 (keyb) 20 D1 (keyb) 19 C#1 (keyb) 18 C1 (keyb) 17 B1 (keyb) 16 A#1 (keyb) 15 A1 (keyb) 14 G#1 (keyb) 13 G1 (keyb) 12 F#1 (keyb) 11 F1 (keyb) 10 nc / G2 (?) 9 (?) 8 Key Trig 7 +10V 6 Release 5 Peak 4 GND-15V 2 GND 1 +15V KLM 69 Gate 44 L Out 43 U Out 42 FC U 41 FC L 40 Decay 39 Ext.Attack 38 Attack 37 Expand 36 Sustain 35 Hold 34 E2 (sig) 33 D#2 (sig) 32 D2 (sig) 31 C#2 (sig) 30 C2 (sig) 29 B2 (sig) 28 A#2 (sig) 27 A2 (sig) G#2 (sig) G2 (sig) 24 F#2 (sig) 23 F2 (sig) 22 E2 (keyb) 21 D#2 (keyb) 20 D2 (keyb) 19 C#2 (keyb) 18 C2 (keyb) 17 B2 (keyb) 16 A#2 (keyb) 15 A2 (keyb) 14 G#2 (keyb) 13 G2 (keyb) 12 F#2 (keyb) 11 F2 (keyb) 10 nc / G2 (?) 9 (?) 8 Key Trig 7 +10V 6 Release 5 Peak 4 GND-15V 2 GND 1 +15V PS 3301 - 2 KLM 69 Gate 44 L Out 43 U Out 42 FC U 41 FC L 40 Decay 39 Ext.Attack 38 Attack 37 Expand 36 Sustain 35 Hold 34 E3 (sig) 33 D#3 (sig) 32 D3 (sig) 31 C#3 (sig) 30 C3 (sig) 29 B3 (sig) 28 A#3 (sig) 27 A3 (sig) 26 G#3 (sig) 25 G3 (sig) 24 F#3 (sig) 23 F3 (sig) 22 E3 (keyb) 21 D#3 (keyb) 20 D3 (keyb) 19 C#3 (keyb) 18 C3 (keyb) 17 B3 (keyb) 16 A#3 (keyb) 15 A3 (keyb) 14 G#3 (keyb) 13 G3 (keyb) 12 F#3 (keyb) 11 F3 (keyb) 10 nc / G2 (?) 9 (?) 8 Key Trig 7 +10V 6 Release 5 Peak 4 GND-15V 2 GND 1 +15V 2 1

Pin 2 1

GND3 MG1 Tri MG1 Rect MG1 Saw dn MG1 Saw up MG 1 ind Ind 1 in MG2 Sig Out MG2 Sig In MG VCA Ctr. MG2 Ind MG2 Out MG Freq.

WFR WFD

-15V GND +15V
22 GNDGNDRes Out GNDRes Out GNDRes In 11 Peak Cont Peak Cont Peak Cont Res Mod Res Mod REL GND On 5 Gate REL Term 4 HD GND On 3 -15V 2 GND 1 +15V
P50% Select P30% Select P10% Select PWM Select PWM In Tri Select WFD (Sig) WFR (Sig) Saw Select FC L FC U Balance VCF Mod 2 VCF Mod 1 VCF FC FC Bias -15V GND +15V
from front view KLM 69 Gate L Out U Out FC U FC L Decay Ext.Attack Attack Expand Sustain Hold E4 (sig) D#4 (sig) D4 (sig) C#4 (sig) C4 (sig) B4 (sig) A#4 (sig) A4 (sig) G#4 (sig) G4 (sig) F#4 (sig) F4 (sig) E4 (keyb) D#4 (keyb) D4 (keyb) C#4 (keyb) C4 (keyb) B4 (keyb) A#4 (keyb) A4 (keyb) G#4 (keyb) G4 (keyb) F#4 (keyb) F4 (keyb) nc / G2 (?) (?) Key Trig +10V Release Peak GND3 -15V GND +15V KLM 62 Ctrl 1 FC Mod R2 FC Mod R1 FC Mod 2 FC Mod 1 FC Fine FC Coarse GND3 FC Bus Out -15 V GND2 L-Out (Mix) GND2 L-In (Mix) GND2 U-Out (Mix) GND2 U-In (Mix) GND2 AM Sig Out GND2 AM Sig in AM Mod In KLM 63 Ctrl 2 MG1 FC Ctr MG1 FC Ctr MG1pNoise MG1 wNoise KLM 64 Sig F (pitch) F# (pitch) G (pitch) G# (pitch) A (pitch) A#(pitch) 4' 8' 16' A#1 (Gate) A#2 (Gate) A#3 (Gate) A#4 (Gate) A1 (Gate) A2 (Gate) A3 (Gate) A4 (Gate) G#1 (Gate) G#2 (Gate) G#3 (Gate) G#4 (Gate) G1 (Gate) G2 (Gate) G3 (Gate) G4 (Gate) F#1 (Gate) F#2 (Gate) F#3 (Gate) F#4 (Gate) F1 (Gate) F2 (Gate) F3 (Gate) F4 (Gate) KLM 64 Sig B (pitch) C (pitch) C# (pitch) D (pitch) D# (pitch) E (pitch) 4' 8' 16' B1 (Gate) B2 (Gate) B3 (Gate) B4 (Gate) C1 (Gate) C2 (Gate) C3 (Gate) C4 (Gate) C#1 (Gate) C#2 (Gate) C#3 (Gate) C#4 (Gate) D1 (Gate) D2 (Gate) D3 (Gate) D4 (Gate) D#1 (Gate) D#2 (Gate) D#3 (Gate) D#4 (Gate) E1 (Gate) E2 (Gate) E3 (Gate) E4 (Gate) KLM 69 Gate 44 L Out 43 U Out 42 FC U 41 FC L 40 Decay 39 Ext.Attack 38 Attack 37 Expand 36 Sustain 35 Hold 34 E1 (sig) 33 D#1 (sig) 32 D1 (sig) 31 C#1 (sig) 30 C1 (sig) 29 B1 (sig) 28 A#1 (sig) 27 A1 (sig) 26 G#1 (sig) 25 G1 (sig) 24 F#1 (sig) 23 F1 (sig) 22 E1 (keyb) 21 D#1 (keyb) 20 D1 (keyb) 19 C#1 (keyb) 18 C1 (keyb) 17 B1 (keyb) 16 A#1 (keyb) 15 A1 (keyb) 14 G#1 (keyb) 13 G1 (keyb) 12 F#1 (keyb) 11 F1 (keyb) 10 nc / G2 (?) 9 (?) 8 Key Trig 7 +10V 6 Release 5 Peak 4 GND-15V 2 GND 1 +15V KLM 69 Gate 44 L Out 43 U Out 42 FC U 41 FC L 40 Decay 39 Ext.Attack 38 Attack 37 Expand 36 Sustain 35 Hold 34 E2 (sig) 33 D#2 (sig) 32 D2 (sig) 31 C#2 (sig) 30 C2 (sig) 29 B2 (sig) 28 A#2 (sig) 27 A2 (sig) 26 G#2 (sig) 25 G2 (sig) 24 F#2 (sig) 23 F2 (sig) 22 E2 (keyb) 21 D#2 (keyb) 20 D2 (keyb) 19 C#2 (keyb) 18 C2 (keyb) 17 B2 (keyb) 16 A#2 (keyb) 15 A2 (keyb) 14 G#2 (keyb) 13 G2 (keyb) 12 F#2 (keyb) 11 F2 (keyb) 10 nc / G2 (?) 9 (?) 8 Key Trig 7 +10V 6 Release 5 Peak 4 GND-15V 2 GND 1 +15V PS 3301 - 3 KLM 69 Gate 44 L Out 43 U Out 42 FC U 41 FC L 40 Decay 39 Ext.Attack 38 Attack 37 Expand 36 Sustain 35 Hold 34 E3 (sig) 33 D#3 (sig) 32 D3 (sig) 31 C#3 (sig) 30 C3 (sig) 29 B3 (sig) 28 A#3 (sig) 27 A3 (sig) 26 G#3 (sig) 25 G3 (sig) 24 F#3 (sig) 23 F3 (sig) 22 E3 (keyb) 21 D#3 (keyb) 20 D3 (keyb) 19 C#3 (keyb) 18 C3 (keyb) 17 B3 (keyb) 16 A#3 (keyb) 15 A3 (keyb) 14 G#3 (keyb) 13 G3 (keyb) 12 F#3 (keyb) 11 F3 (keyb) 10 nc / G2 (?) 9 (?) 8 Key Trig 7 +10V 6 Release 5 Peak 4 GND-15V 2 GND 1 +15V KLM 69 Gate 44 L Out 43 U Out 42 FC U 41 FC L 40 Decay 39 Ext.Attack 38 Attack 37 Expand 36 Sustain 35 Hold 34 E4 (sig) 33 D#4 (sig) 32 D4 (sig) 31 C#4 (sig) 30 C4 (sig) 29 B4 (sig) 28 A#4 (sig) 27 A4 (sig) 26 G#4 (sig) 25 G4 (sig) 24 F#4 (sig) 23 F4 (sig) 22 E4 (keyb) 21 D#4 (keyb) 20 D4 (keyb) 19 C#4 (keyb) 18 C4 (keyb) 17 B4 (keyb) 16 A#4 (keyb) 15 A4 (keyb) 14 G#4 (keyb) 13 G4 (keyb) 12 F#4 (keyb) 11 F4 (keyb) 10 nc / G2 (?) 9 (?) 8 Key Trig 7 +10V 6 Release 5 Peak 4 GND-15V 2 GND 1 +15V KLM 62 Ctrl 1 FC Mod R2 FC Mod R1 FC Mod 2 FC Mod 1 FC Fine FC Coarse GND3 FC Bus Out -15 V GND2 L-Out (Mix) GND2 L-In (Mix) GND2 U-Out (Mix) GND2 U-In (Mix) GND2 AM Sig Out GND2 AM Sig in AM Mod In KLM 63 Ctrl 2 MG1 FC Ctr MG1 FC Ctr MG1pNoise MG1 wNoise KLM 76 Ctrl GND28 LMB LMA Proc 2 out 25 Proc 1 Out 24 LMB LMA LM LM VP 2 In 19 VP 1 In 18 GEG Attack 17 GEG Out 0V 16 GEG Out +5V 15GEG Auto Ou 14 GEG Out -5V 13 GEG Release 12 GEG Auto In 11 GEG Trig In 10 GEG Delay 9 Sync Ind 8 Sync In 7 S/H FC In 6 S/H In 5 S/H Out 4 Sync Out 3 -15V 2 GND 1 +15V PS 3302 KLM 77 Mixer 42 Ext Level Ctrl 41 Phone Out 40 Phone Level 37 Mix OUT ? Mix Ch 3 In ? Mix CH 2 In ? Mix CH 1 In ? 28 CH 3 Ctrl 27 CH 3 Switch 26 GND 25 CH 3 Out 24 GND 23 CH 3 Vol 22 CH 2 Ctrl 21 CH 2 Switch 20 GND 19 CH 2 Out 18 GND 17 CH 2 Vol 14 CH 1 Ctrl 13 CH 1 Switch 12 GND 11 CH 1 Out 10 GND 9 CH 1 Vol 6 Ext Level (?) 3 -15V 2 GND 1 +15V

PowerShaper PS3300

Tunable Dispersion Compensator, Small Form Factor

Features:

Small Form Factor - Compact Footprint Flexible Substitute for Fixed DC Software Configurable Optics Compensates All DWDM Channels Colorless - On or Off ITU Grid. Broad Dispersion Pass-Band Low Group Delay & Phase Ripple Flat, All-Pass, Low Loss Fully Integrated Flexible Control With Monitoring & Alarms Continuous, Hitless Tuning Precise, High Resolution Control Flexible Pass-Band & Dispersion RS232 or I^2C Command Interface Set & Forget or Closed loop Small Form Factor for Line Card Integration (90 x 70 x 12 mm)
The PowerShaper PS3300 tunable dispersion compensator (TDC) enables cost-effective and rapid provisioning of high-data-rate optical channels with one standard module. Flexible software controls of the Oasis control architecture speed TDC module integration and reduce design and unit costs. Whether the channel being configured will operate at 10G or 40G, there are specific operational advantages. At 10G, dynamic tuning eliminates the need for carriers to stock multiple lengths of dispersion compensating fiber. Flexible dispersion control reduces operational expense as optical-link lengths and dispersion budgets are reconfigured at add/drop and ring interchange nodes. Dispersion tolerances are even tighter when provisioning a 40G system. Environmental factors can introduce signal-limiting dispersion extremes. Real-time agile adjustments trim excess chromatic dispersion from any channel to meet the specifications for error-free 10G, 40G or higher-speed network traffic. The PowerShaper TDC manages dispersion continuously over a wide optical pass-band using patented, thermally tuned, solid-state optical etalons. The PowerShaper family of products combines low phase error, low group delay ripple and all-pass amplitude performance with precise, stable control electronics and a feature-rich control language in a compact form factor. The smaller footprint of the PS3300 TDC yields more space and placement flexibility on a network line card.

Applications:

Dynamic compensation of 40 & 100Gb/s Networks 10GB/s Dispersion Management Rapid Network Upgrades Simplifies Deployment and Sparing Eliminates Installation Errors Aggregation at Router Interconnects Multi-Reach - Metro Regional, LongHaul, Submarine Networks Single-Channel or DWDM Networks
Key Optical Specifications
Optical performance specifications vary depending on the optical design. Oclaro can customize the optical design of the PowerShaper Tunable Dispersion Compensator series to meet a wide range of custom requirements. Parameter Operating Wavelength

Typical

Unit nm GHz ps/nm ps/nm ps/nm ps dB dB dB dB ps dB dBm
Operating Bandwidth (Clear Dispersion Passband) Maximum Chromatic Dispersion Dispersion Setting Resolution Mean Dispersion Accuracy Insertion Loss Insertion Loss Ripple (Peak-to-Peak) Polarization Dependent Loss1 Polarization Mode Dispersion1 Return Loss
1527.216 1565.496 See Custom Product Specifications See Custom Product Specifications 45.0 <5 < 4.0 < 0.5 < 0.5 0.1 50.5.5 1.0 1.0 0.2 1.0 27.0
Group Delay Ripple (Peak-to-Peak)
Insertion Loss Uniformity (Peak-to-Peak)

Optical Power Handling

Note 1: Within the clear pass-band of ITU 100GHz wavelength grid.
Note 2: Relative to ITU 100GHz wavelength grid. Other operating bandwidth options available Note 3: All channels within tuning range. Note 4: Between channels at ITU 100GHz wavelength grid. Note 5: All parts including connectors.
Key Environmental Specifications
Parameter Operating Temperature Range Storage Temperature Range Operating Humidity1

Note 1: Non-condensing.

Min -5 -40 -

Max +70 +75 +85

Unit C C % RH
Key Control and Electrical Specifications
Parameter Tuning Speed Module Power Consumption (including control electronics) Module Warm-Up Time

Typ < 15 4.0 -

Max 30 7.5 180

Units Sec W Sec

Note 1. Worst-case value over life and operating temperature, Maximum of 7.5 W represents surge power dissipation at start-up.
Standard Product Configurations
Part Number 6-3310-00-02 6-3312-00-02 6-3316-00-02 Channel Spacing 100 GHz 100 GHz 100 GHz Maximum Dispersion 550 ps/nm 400 ps/nm 700 ps/nm Operating Bandwidth 50 GHz 55 GHz 40 GHz Group Delay Ripple 10ps 10ps 10ps Insertion Loss < 5.5 dB < 5.5 dB < 5.5 dB
Note 1: Products above represent standard devices.
Optical Performance Characteristics Bandwidth and Dispersion Range
The PowerShaper TDC is controlled via simple software commands that dynamically configure the solid-state optical etalons to tune the device. The operating bandwidth and related maximum dispersion compensation performance is plotted as the shaded performance zone in the graph below. Standard devices listed in the product table above are representative of just a small subset of the full range of possible bandwidth / dispersion level limits of the performance zone.

TDC Design Region

Maximum Dispersion (ps/nm)
Bandwidth / Dispersion Performance Zone

Bandwidth (GHz)

Software Functions, Monitors and Alarms
Monitors Dispersion Tuning Module Temperature Alarms Dispersion Tuning Alarm Module Temperature Alarm Functions In-Service Firmware Upgrades Colorless, Off-Grid Operation via ITU Channel Offset
Electrical Pin Assignments
I/O pins can be configured for either Input or Output, including alarms. The PowerShaper 3300 TDC is equipped with a 20-pin (male) connector (2x10, 1.27 mm pitch) manufactured by Samtec Incorporated. Recommended mating connector is Samtec SFM-110-02-S-D-A. PowerShaper PS3300 TDC Pin Description Power Supply Power Supply Ground Ground CPU Reset/Input 1 Serial Input I2C SCL Device Warning I/O 3 I/O 5 Pin Description Power Supply Power Supply Ground Ground Device Busy Serial Output I2C SDA Device Error I/O 4 I/O 6

Optical Pigtails

Parameter Fiber Type Pigtail Buffer diameter Pigtail Length Pigtail Colors Connector Type Connector Polish Standard Corning SMF-28 or equivalent 900 m 1m 50 mm Input Blue, Output Red SC UPC Other lengths available Others available FC, SC, MU, E2000, others APC Optional

Mechanical Footprint 1

Note 1: Dimensions are in millimeters.

Complementary Products

PureGain PG1600P EDFA with fixed gain and integrated electronic controls
Oclaro Worldwide Headquarters
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