GICLÉE PRINT
Structural Rhythm
Inspired by 50s jazz, this piece uses musical syncopation to break and reconstruct traditional geometric structures. A perfect fusion of chaos and order.
Deploy Generative AI models in strictly fenced projects. Our platform enforces hard memory and GPU quotas, ensuring that a single misconfigured pod never crashes your cluster or affects neighboring applications.
Despliega en:
NVIDIA
AMD (TBR)
Huawei (TBR)
TPU (TBR)
Llama‑3‑70B • 4 Réplicas
Mistral‑FineTuning • Pod‑9x
Llama‑3‑70B • 4 Réplicas
Mistral‑FineTuning • Pod‑9x
Create isolated projects for different teams (e.g., Data Science vs. Production). Resources are fenced, ensuring critical apps always get their reserved GPU slices.
Prevent OOM cascades. If a pod requests memory exceeding its project quota, Pinpar blocks the request instantly, keeping the rest of the cluster alive and responsive.
Bin-packing optimized for Large Language Models. We maximize GPU utilization within quotas, so you stop paying for idle silicon.
Get in touch with our engineering team to discuss your current cluster setup. We can help you implement hard quotas and prevent OOM kills in less than 24 hours.
info@pinpar.es
Madrid, ES
Inspired by 50s jazz, this piece uses musical syncopation to break and reconstruct traditional geometric structures. A perfect fusion of chaos and order.
A visual representation of echo. Using LIDAR and high-sensitivity microphones, ‘EchoCanvas’ traces the invisible path sound follows when bouncing off complex surfaces.
This work explores the relationship between warm colors and low frequencies. Using generative algorithms, each pixel was placed according to the amplitude of a sound wave recorded in an empty cathedral.
Inspirado en el jazz de los años 50, esta pieza utiliza la síncopa musical para romper y reconstruir estructuras geométricas tradicionales. Una fusión perfecta de caos y orden.
Una representación visual del eco. Mediante el uso de LIDAR y micrófonos de alta sensibilidad, ‘EcoLienzo’ traza la ruta invisible que sigue el sonido al rebotar en superficies complejas.
Esta obra explora la relación entre los colores cálidos y las frecuencias bajas. Utilizando algoritmos generativos, cada píxel fue colocado según la amplitud de una onda sonora grabada en una catedral vacía.